content stringlengths 4 1.04M | lang stringclasses 358
values | score int64 0 5 | repo_name stringlengths 5 114 | repo_path stringlengths 4 229 | repo_licenses listlengths 1 8 |
|---|---|---|---|---|---|
.powerPathNavigator .helm button.pressedButton, /* comment 1 */
.powerPathNavigator .helm button:active:not(.disabledButton),
.powerPathNavigator table.powerPathInfo th:active,
.powerPathNavigator table.powerPathInfo th:active + th:last-child {
}
/* comment 2 */
.powerPathNavigator .helm button.pressedButton,
.powerPathNavigator .helm button:active:not(.disabledButton) {
}
.foo,
/* comment 3 */
.bar {
display: block;
}
/* comment 4 */
/* comment 5 */ .field /* comment 6 */
/* comment 7 */
/* comment 8 */ { /* comment 9 */
/* comment 10 */
background: green;
/* comment 11 */
/* comment 12 */ } /* comment 13 */
/* comment 14 */
/* comment 15 */ .element /* comment 16 */ , /* comment 17 */ .element /* comment 18 */ {}
/* comment 19 */
.element
/* comment 20 */
,
/* comment 21 */
.element
/* comment 22 */
{}
/* comment 23 */ .element /* comment 24 */ .element /* comment 25 */ {}
/* comment 26 */
.element
/* comment 27 */
.element
/* comment 28 */
{}
/* comment 29 */ .element /* comment 30 */ > /* comment 31 */ .element /* comment 32 */ {}
/* comment 33 */
.element
/* comment 34 */
>
/* comment 35 */
.element
/* comment 36 */
{}
/* comment 37 */ .element /* comment 38 */ + /* comment 39 */ .element /* comment 40 */ {}
/* comment 41 */
.element
/* comment 42 */
+
/* comment 43 */
.element
/* comment 44 */
{}
/* comment 45 */ .element /* comment 46 */ ~ /* comment 47 */ .element /* comment 48 */ {}
/* comment 49 */
.element
/* comment 50 */
~
/* comment 51 */
.element
/* comment 52 */
{}
/* comment 53 */ .element /* comment 54 */ >>> /* comment 55 */ .element /* comment 56 */ {}
/* comment 57 */
.element
/* comment 58 */
>>>
/* comment 59 */
.element
/* comment 60 */
{}
a[/* comment 61 */target/* comment 62 */] {}
a[/* comment 63 */target/* comment 64 */=/* comment 65 */"_blank"/* comment 66 */] {}
a[/* comment 67 */target/* comment 68 */~=/* comment 69 */"_blank"/* comment 70 */] {}
a[/* comment 71 */target/* comment 72 */|=/* comment 73 */"_blank"/* comment 74 */] {}
a[/* comment 75 */target/* comment 76 */^=/* comment 77 */"_blank"/* comment 78 */] {}
a[/* comment 79 */target/* comment 80 */$=/* comment 81 */"_blank"/* comment 82 */] {}
a[/* comment 83 */target/* comment 84 */*=/* comment 85 */"_blank"/* comment 86 */] {}
[/* comment 87 */foo/* comment 88 */|/* comment 89 */att/* comment 90 */=/* comment 91 */val/* comment 92 */] {}
[/* comment 93 */*/* comment 94 */|/* comment 95 */att/* comment 96 */] {}
[/* comment 97 */|/* comment 98 */att/* comment 99 */] {}
a/* comment 100 */:/* comment 101 */active {}
a/* comment 102 */::/* comment 103 */after {}
p:lang(/* comment 104 */it/* comment 105 */) {}
span:nth-child(/* comment 106 */2n/* comment 107 */+/* comment 108 */1/* comment 109 */) {}
/* comment 110 */::-webkit-progress-bar {}
/* comment 111 */:matches(/* comment 112 */section/* comment 113 */,/* comment 114 */ article/* comment 115 */) /* comment 116 */ h1 {}
/* comment 117 */*/* comment 118 */ {}
/* comment 119 */#container/* comment 120 */{}
/* comment 121 */.error/* comment 122 */{}
/* comment 123 */a/* comment 124 */{}
input:not(/* comment 125 */[/* comment 126 */disabled/* comment 127 */]/* comment 128 */) {}
/* comment 129 */h1/* comment 130 */, /* comment 131 */h2/* comment 132 */,/* comment 133 */ h3/* comment 134 */ {}
/* comment 135 */.phone/* comment 136 */ { /* comment 137 */
/* comment 138 */&_title/* comment 139 */ { /* comment 140 */
width: 500px;
/* comment 141 */body.is_dark/* comment 142 */ & /* comment 143 */{ /* comment 144 */
color: white;
/* comment 145 */ } /* comment 146 */
/* comment 147 */ } /* comment 148 */
/* comment 149 */ img/* comment 150 */ { /* comment 151 */
display: block;
/* comment 152 */ } /* comment 153 */
/* comment 154 */
} /* comment 155 */
@media (max-width: 500px) {
/* comment 156 */ a /* comment 157 */ { /* comment 158 */
/* comment 159 */b/* comment 160 */ {/* comment 161 */} /* comment 162 */
/* comment 163 */ } /* comment 164 */
/* comment 165 */ } /* comment 166 */
/* comment 167 */ article /* comment 168 */ :--heading /* comment 169 */ + /* comment 170 */ p /* comment 171 */ {}
/* comment 172 */ .foo /* comment 173 */ :global /* comment 174 */.bar /* comment 175 */{}
/* comment 176 */ .foo /* comment 177 */ :global(/* comment 178 */.bar/* comment 179 */) /* comment 180 */ .baz /* comment 181 */ {}
/* comment 182 */ .foo /* comment 183 */ :local /* comment 184 */ .bar /* comment 185 */ {}
/* comment 186 */ .foo /* comment 187 */ :local(/* comment 188 */.foo/* comment 189 */) /* comment 190 */ .bar /* comment 191 */ {}
/* custom properties set & @apply rule */
:root {
/* comments 192 */ --centered /* comments 193 */ : /* comments 194 */ {
display: flex;
align-items: center;
justify-content: center;
};
}
| CSS | 3 | fuelingtheweb/prettier | tests/css_comments/selectors.css | [
"MIT"
] |
// stubs for functions needed by scripted tools
function init(player)
{
return true
}
function exit(player)
{
return true
}
// one-click tools
function work(player, pos)
{
return null
}
// two-click tools
function do_work(player, start, end)
{
return null
}
function mark_tiles(player, start, end)
{
}
/**
* Can the tool start/end on pos? If it is the second click, start is the position of the first click
* 0 = no
* 1 = This tool can work on this tile (with single click)
* 2 = On this tile can dragging start/end
* 3 = Both (1 and 2)
*
*/
function is_valid_pos(player, start, pos)
{
return 2
}
// dummy auxiliary function, will be regularly called
function step()
{
// do not implement
}
// check whether all functions support the flags parameter
function correct_missing_flags_argument()
{
if (work.getinfos().parameters.len() == 3) {
work_old <- work
work = function(player, pos, flags) { return work_old(player, pos) }
}
if (do_work.getinfos().parameters.len() == 4) {
do_work_old <- do_work
do_work = function(player, start, end, flags) { return do_work_old(player, start, end) }
}
if (mark_tiles.getinfos().parameters.len() == 4) {
mark_tiles_old <- mark_tiles
mark_tiles = function(player, start, end, flags) { mark_tiles_old(player, start, end) }
}
}
| Squirrel | 4 | Andarix/simutrans_nightly | simutrans/script/tool_base.nut | [
"Artistic-1.0"
] |
import numpy as np
cimport numpy as np
from numpy cimport ndarray
cimport cython
ctypedef np.float32_t DTYPE_t
ORACLE_PRECOMPUTED_TABLE = {}
@cython.boundscheck(False)
def decode(int force_gold, int sentence_len, np.ndarray[DTYPE_t, ndim=3] label_scores_chart, np.ndarray[DTYPE_t, ndim=2] type_scores_chart, int is_train, gold, label_vocab, type_vocab):
cdef DTYPE_t NEG_INF = -np.inf
# Label scores chart is copied so we can modify it in-place for augmentated decode
cdef np.ndarray[DTYPE_t, ndim=3] label_scores_chart_copy = label_scores_chart.copy()
cdef np.ndarray[DTYPE_t, ndim=2] type_scores_chart_copy = type_scores_chart.copy()
cdef np.ndarray[DTYPE_t, ndim=3] value_one_chart = np.zeros((sentence_len+1, sentence_len+1, sentence_len+1), dtype=np.float32)
cdef np.ndarray[DTYPE_t, ndim=3] value_muti_chart = np.zeros((sentence_len+1, sentence_len+1, sentence_len+1), dtype=np.float32)
cdef np.ndarray[int, ndim=3] split_idx_chart = np.zeros((sentence_len+1, sentence_len+1, sentence_len+1), dtype=np.int32)
cdef np.ndarray[int, ndim=3] best_label_chart = np.zeros((sentence_len+1, sentence_len+1, 2), dtype=np.int32)
cdef np.ndarray[int, ndim=3] head_chart = np.zeros((sentence_len+1, sentence_len+1, sentence_len+1), dtype=np.int32)
cdef np.ndarray[int, ndim=3] father_chart = np.zeros((sentence_len+1, sentence_len+1, sentence_len+1), dtype=np.int32)
cdef int length
cdef int left
cdef int right
cdef int child_l
cdef int child_r
cdef int child_head
cdef int child_type
cdef int type_id
cdef np.ndarray[DTYPE_t, ndim=1] label_scores_for_span
cdef int oracle_label_index
cdef int oracle_type_index
cdef DTYPE_t label_score_one
cdef DTYPE_t label_score_empty
cdef DTYPE_t dep_score
cdef int argmax_label_index
cdef int argmax_type_index
cdef DTYPE_t left_score
cdef DTYPE_t right_score
cdef DTYPE_t type_max_score
cdef int best_split
cdef int split_idx # Loop variable for splitting
cdef DTYPE_t split_val # best so far
cdef DTYPE_t max_split_val
cdef int label_index_iter, head, father
if not force_gold:
for length in range(1, sentence_len + 1):
for left in range(0, sentence_len + 1 - length):
right = left + length
if is_train :
oracle_label_index = label_vocab.index(gold.oracle_label(left, right))
# augment: here we subtract 1 from the oracle label
label_scores_chart_copy[left, right, oracle_label_index] -= 1
# We do argmax ourselves to make sure it compiles to pure C
#no empty label
argmax_label_index = 1
if length == 1 or length == sentence_len:
argmax_label_index = 2 #sub_head label can not be leaf
label_score_one = label_scores_chart_copy[left, right, argmax_label_index]
for label_index_iter in range(argmax_label_index, label_scores_chart_copy.shape[2]):
if label_scores_chart_copy[left, right, label_index_iter] > label_score_one:
argmax_label_index = label_index_iter
label_score_one = label_scores_chart_copy[left, right, label_index_iter]
best_label_chart[left, right, 1] = argmax_label_index
label_score_empty = label_scores_chart_copy[left, right,0]
if is_train:
# augment: here we add 1 to all label scores
label_score_one +=1
label_score_empty += 1
if length == 1:
#head is right, index from 1
value_one_chart[left, right, right] = label_score_one
value_muti_chart[left, right, right] = label_score_empty
if value_one_chart[left, right, right] > value_muti_chart[left, right, right]:
value_muti_chart[left, right, right] = value_one_chart[left, right, right]
best_label_chart[left, right,0] = best_label_chart[left, right,1]
else:
best_label_chart[left, right,0] = 0 #empty label
head_chart[left, right, right] = -1
continue
#head also in the empty part
for head_l in range(left + 1, right + 1):
value_one_chart[left, right, head_l] = NEG_INF
for split_idx in range(left + 1, right):
for head_l in range(left + 1, split_idx + 1):
for head_r in range(split_idx + 1, right + 1):
#head in the right empty part, left father is right
#left is one, right is multi
dep_score = type_scores_chart_copy[head_l, head_r]
if split_idx - left == 1:#leaf can be empty
split_val = value_muti_chart[left, split_idx, head_l] + value_muti_chart[split_idx, right, head_r] + dep_score
else :
split_val = value_one_chart[left, split_idx, head_l] + value_muti_chart[split_idx, right, head_r] + dep_score
if split_val > value_one_chart[left, right, head_r]:
value_one_chart[left, right, head_r] = split_val
split_idx_chart[left, right, head_r] = split_idx
head_chart[left, right, head_r] = head_l
#head in the left empty part, right father is left
#left is multi, right is one
dep_score = type_scores_chart_copy[head_r, head_l]
if right - split_idx == 1:#leaf can be empty
split_val = value_muti_chart[split_idx, right, head_r] + value_muti_chart[left, split_idx, head_l] + dep_score
else:
split_val = value_one_chart[split_idx, right, head_r] + value_muti_chart[left, split_idx, head_l] + dep_score
if split_val > value_one_chart[left, right, head_l]:
value_one_chart[left, right, head_l] = split_val
split_idx_chart[left, right, head_l] = split_idx
head_chart[left, right, head_l] = head_r
for head_l in range(left + 1, right + 1):
if label_score_one > label_score_empty:
value_muti_chart[left, right, head_l] = value_one_chart[left, right, head_l] + label_score_one
else :
value_muti_chart[left, right, head_l] = value_one_chart[left, right, head_l] + label_score_empty
value_one_chart[left, right, head_l] = value_one_chart[left, right, head_l] + label_score_one
if label_score_one < label_score_empty:
best_label_chart[left, right, 0] = 0
else:
best_label_chart[left, right,0] = best_label_chart[left, right,1]
#add mergein
# Now we need to recover the tree by traversing the chart starting at the
# root. This iterative implementation is faster than any of my attempts to
# use helper functions and recursion
# All fully binarized trees have the same number of nodes
cdef int num_tree_nodes = 2 * sentence_len - 1
cdef np.ndarray[int, ndim=1] included_i = np.empty(num_tree_nodes, dtype=np.int32)
cdef np.ndarray[int, ndim=1] included_j = np.empty(num_tree_nodes, dtype=np.int32)
cdef np.ndarray[int, ndim=1] included_label = np.empty(num_tree_nodes, dtype=np.int32)
cdef np.ndarray[int, ndim=1] included_type = np.empty(sentence_len, dtype=np.int32)
cdef np.ndarray[int, ndim=1] included_father = np.zeros(sentence_len, dtype=np.int32)# 0 is root
cdef int idx = 0
cdef int stack_idx = 1
# technically, the maximum stack depth is smaller than this
cdef np.ndarray[int, ndim=1] stack_i = np.empty(num_tree_nodes + 5, dtype=np.int32)
cdef np.ndarray[int, ndim=1] stack_j = np.empty(num_tree_nodes + 5, dtype=np.int32)
cdef np.ndarray[int, ndim=1] stack_head = np.empty(num_tree_nodes + 5, dtype=np.int32)
cdef np.ndarray[int, ndim=1] stack_type = np.empty(num_tree_nodes + 5, dtype=np.int32)
cdef int i, j, k, root_head, nodetype, sub_head
if not force_gold:
max_split_val = NEG_INF
for idxx in range(sentence_len):
split_val = value_one_chart[0, sentence_len, idxx + 1] + type_scores_chart[idxx + 1, 0]
if split_val > max_split_val:
max_split_val = split_val
root_head = idxx + 1
else:
root_head = gold.oracle_head(0, sentence_len)
stack_i[1] = 0
stack_j[1] = sentence_len
stack_head[1] = root_head
stack_type[1] = 1
while stack_idx > 0:
i = stack_i[stack_idx]
j = stack_j[stack_idx]
head = stack_head[stack_idx]
nodetype = stack_type[stack_idx]
stack_idx -= 1
included_i[idx] = i
included_j[idx] = j
if force_gold:
included_label[idx] = label_vocab.index(gold.oracle_label(i,j))
else :
if i + 1 == j:
nodetype = 0
included_label[idx] = best_label_chart[i, j, nodetype]
idx += 1
if i + 1 < j:
if force_gold:
oracle_splits = gold.oracle_splits(i, j)
if head > min(oracle_splits): #head index from 1
#h in most right, so most left is noempty
k = min(oracle_splits)
sub_head = gold.oracle_head(i, k)
included_father[sub_head - 1] = head
else:
k = max(oracle_splits)
sub_head = gold.oracle_head(k, j)
included_father[sub_head - 1] = head
else:
k = split_idx_chart[i, j, head]
sub_head = head_chart[i,j, head]
included_father[sub_head - 1] = head
stack_idx += 1
stack_i[stack_idx] = k
stack_j[stack_idx] = j
if head > k:
stack_head[stack_idx] = head
stack_type[stack_idx] = 0
else :
stack_head[stack_idx] = sub_head
stack_type[stack_idx] = 1
stack_idx += 1
stack_i[stack_idx] = i
stack_j[stack_idx] = k
if head > k:
stack_head[stack_idx] = sub_head
stack_type[stack_idx] = 1
else :
stack_head[stack_idx] = head
stack_type[stack_idx] = 0
cdef DTYPE_t running_total = 0.0
for idx in range(num_tree_nodes):
running_total += label_scores_chart[included_i[idx], included_j[idx], included_label[idx]]
for idx in range(sentence_len):
#root_head father is 0
if force_gold:
argmax_type_index = type_vocab.index(gold.oracle_type(idx, idx + 1))
else :
argmax_type_index = 0
#root_head father is 0
running_total += type_scores_chart[idx + 1, included_father[idx]]
included_type[idx] = argmax_type_index
cdef DTYPE_t score = value_one_chart[0, sentence_len, root_head] + type_scores_chart[root_head, 0]
if force_gold:
score = running_total
cdef DTYPE_t augment_amount = round(score - running_total)
return score, included_i.astype(int), included_j.astype(int), included_label.astype(int), included_father.astype(int), included_type.astype(int), augment_amount
| Cython | 5 | housemecn/HanLP | hanlp/components/parsers/hpsg/hpsg_decoder.pyx | [
"Apache-2.0"
] |
CE_MIXED_WORD
#中文英文混合词词库
卡拉ok/nz/ka la ok/null
漂亮mm/nz/piao lian mm/null
拳皇ova/nz/quan huang ova/拳皇动漫
奇都ktv/nz/qi du ktv/null
哆啦a梦/nz/duo la a meng/null
高3/n/gao san/高三
高2/n/gao er/高二
高1/n/gao yi/高一
| Lex | 3 | Black-Chen/jcseg | lexicon/lex-cemixed.lex | [
"Apache-2.0"
] |
insert into item(id,grade,color) values (10,'C','blue');
insert into item(id,grade,color) values (11,'C','red');
insert into item(id,grade,color) values (12,'A','blue');
insert into item(id,grade,color) values (13,'D','red'); | SQL | 1 | DBatOWL/tutorials | persistence-modules/java-jpa-2/src/main/resources/item.sql | [
"MIT"
] |
cc_defs = /inc=$(ZLIBSRC)
c_deb =
.ifdef __DECC__
pref = /prefix=all
.endif
OBJS = png.obj, pngset.obj, pngget.obj, pngrutil.obj, pngtrans.obj,\
pngwutil.obj, pngread.obj, pngmem.obj, pngwrite.obj, pngrtran.obj,\
pngwtran.obj, pngrio.obj, pngwio.obj, pngerror.obj, pngpread.obj
CFLAGS= $(C_DEB) $(CC_DEFS) $(PREF)
all : pngtest.exe libpng.olb
@ write sys$output " pngtest available"
libpng.olb : libpng.olb($(OBJS))
@ write sys$output " Libpng available"
pngtest.exe : pngtest.obj libpng.olb
link pngtest,libpng.olb/lib,$(ZLIBSRC)libz.olb/lib
test : pngtest.exe
run pngtest
clean :
delete *.obj;*,*.exe;
# Other dependencies.
png.obj : png.h, pngconf.h, pngpriv.h
pngpread.obj : png.h, pngconf.h, pngpriv.h
pngset.obj : png.h, pngconf.h, pngpriv.h
pngget.obj : png.h, pngconf.h, pngpriv.h
pngread.obj : png.h, pngconf.h, pngpriv.h
pngrtran.obj : png.h, pngconf.h, pngpriv.h
pngrutil.obj : png.h, pngconf.h, pngpriv.h
pngerror.obj : png.h, pngconf.h, pngpriv.h
pngmem.obj : png.h, pngconf.h, pngpriv.h
pngrio.obj : png.h, pngconf.h, pngpriv.h
pngwio.obj : png.h, pngconf.h, pngpriv.h
pngtrans.obj : png.h, pngconf.h, pngpriv.h
pngwrite.obj : png.h, pngconf.h, pngpriv.h
pngwtran.obj : png.h, pngconf.h, pngpriv.h
pngwutil.obj : png.h, pngconf.h, pngpriv.h
pngtest.obj : png.h, pngconf.h
| Module Management System | 3 | oxelson/gempak | extlibs/PNG/v1.4.4/scripts/descrip.mms | [
"BSD-3-Clause"
] |
package com.baeldung.core.scope;
public class MethodScopeExample {
public void methodA() {
Integer area = 2;
}
public void methodB() {
// compiler error, area cannot be resolved to a variable
// area = area + 2;
}
} | Java | 3 | DBatOWL/tutorials | core-java-modules/core-java-lang-syntax-2/src/main/java/com/baeldung/core/scope/MethodScopeExample.java | [
"MIT"
] |
import React from "react"
import { useStaticQuery, graphql } from "gatsby"
import CircularComp from "../components/circular-dep-comp"
export const aVar = true
export default function Inline() {
const { site } = useStaticQuery(graphql`
{
site {
siteMetadata {
title
}
}
}
`)
return (
<div>
{site.siteMetadata.title}
<CircularComp />
</div>
)
}
| JavaScript | 4 | pipaliyajaydip/gatsby | integration-tests/artifacts/src/pages/circular-dep.js | [
"MIT"
] |
// Copyright 2010-2015 RethinkDB, all rights reserved.
#include "rdb_protocol/store_metainfo.hpp"
#include "btree/reql_specific.hpp"
#include "containers/archive/buffer_stream.hpp"
#include "containers/archive/vector_stream.hpp"
store_metainfo_manager_t::store_metainfo_manager_t(real_superblock_t *superblock) {
std::vector<std::pair<std::vector<char>, std::vector<char> > > kv_pairs;
// TODO: this is inefficient, cut out the middleman (vector)
get_superblock_metainfo(superblock, &kv_pairs, &cache_version);
std::vector<region_t> regions;
std::vector<binary_blob_t> values;
for (auto &pair : kv_pairs) {
region_t region;
{
buffer_read_stream_t key(pair.first.data(), pair.first.size());
archive_result_t res = deserialize_for_metainfo(&key, ®ion);
guarantee_deserialization(res, "region");
}
regions.push_back(region);
values.push_back(binary_blob_t(pair.second.begin(), pair.second.end()));
}
cache = region_map_t<binary_blob_t>::from_unordered_fragments(
std::move(regions), std::move(values));;
rassert(cache.get_domain() == region_t::universe());
}
cluster_version_t store_metainfo_manager_t::get_version(
real_superblock_t *superblock) const {
guarantee(superblock != nullptr);
superblock->get()->read_acq_signal()->wait_lazily_unordered();
return cache_version;
}
region_map_t<binary_blob_t> store_metainfo_manager_t::get(
real_superblock_t *superblock,
const region_t ®ion) const {
guarantee(cache_version == cluster_version_t::v2_1,
"Old metainfo needs to be migrated before being used.");
guarantee(superblock != nullptr);
superblock->get()->read_acq_signal()->wait_lazily_unordered();
return cache.mask(region);
}
void store_metainfo_manager_t::visit(
real_superblock_t *superblock,
const region_t ®ion,
const std::function<void(const region_t &, const binary_blob_t &)> &cb) const {
guarantee(cache_version == cluster_version_t::v2_1,
"Old metainfo needs to be migrated before being used.");
guarantee(superblock != nullptr);
superblock->get()->read_acq_signal()->wait_lazily_unordered();
cache.visit(region, cb);
}
void store_metainfo_manager_t::update(
real_superblock_t *superblock,
const region_map_t<binary_blob_t> &new_values) {
guarantee(superblock != nullptr);
superblock->get()->write_acq_signal()->wait_lazily_unordered();
cache.update(new_values);
std::vector<std::vector<char> > keys;
std::vector<binary_blob_t> values;
cache.visit(region_t::universe(),
[&](const region_t ®ion, const binary_blob_t &value) {
vector_stream_t key;
write_message_t wm;
serialize_for_metainfo(&wm, region);
key.reserve(wm.size());
DEBUG_VAR int res = send_write_message(&key, &wm);
rassert(!res);
keys.push_back(std::move(key.vector()));
values.push_back(value);
});
set_superblock_metainfo(superblock, keys, values, cache_version);
}
void store_metainfo_manager_t::migrate(
real_superblock_t *superblock,
cluster_version_t from,
cluster_version_t to,
const region_t ®ion, // This should be for all valid ranges for this hash shard
const std::function<binary_blob_t(const region_t &, const binary_blob_t &)> &cb) {
guarantee(superblock != nullptr);
superblock->get()->write_acq_signal()->wait_lazily_unordered();
guarantee(cache_version == from);
region_map_t<binary_blob_t> new_metainfo;
{
ASSERT_NO_CORO_WAITING;
cache.visit(region, [&] (const region_t &r, const binary_blob_t &b) {
new_metainfo.update(r, cb(r, b));
});
}
cache_version = to;
update(superblock, new_metainfo);
}
| C++ | 3 | zadcha/rethinkdb | src/rdb_protocol/store_metainfo.cc | [
"Apache-2.0"
] |
<!DOCTYPE html>
<html>
<head>
<title>display: inline-block</title>
<style>
div {
display: inline-block;
width: 200px;
height: 100px;
margin: 20px;
border: 1px solid black;
}
</style>
</head>
<body>
<div>Hello friends! This <b>div</b> has <b>display: inline-block</b> :^)</div>
<div>Hello friends! That means its laid out like a block on the inside.</div>
<div>Hello friends! But it acts like an atomic inline box on the outside!</div>
</body>
</html>
| HTML | 3 | r00ster91/serenity | Base/res/html/misc/inline-block.html | [
"BSD-2-Clause"
] |
//! shouldfail
valuey: func -> Int {
return
}
| ooc | 0 | shamanas/rock | test/compiler/functions/invalid-return2.ooc | [
"MIT"
] |
- owner = activity_owner(activity)
- action = "#{activity_action(owner, "remove")} member"
- role = "role #{activity.parameters[:role]}"
- team = activity_team(activity)
- created_at = activity.created_at
- removed_user = activity.recipient&.display_username || activity.parameters[:team_user]
= CSV.generate_line(['team', team, action, removed_user, owner, created_at, role])
| Slim | 3 | xybots/Portus | app/views/public_activity/team/_remove_member.csv.slim | [
"Apache-2.0"
] |
'reach 0.1';
const x = {...3};
export const main = Reach.App(
{}, [], () => {return x;}
);
| RenderScript | 1 | chikeabuah/reach-lang | hs/t/n/Err_Obj_SpreadNotObj.rsh | [
"Apache-2.0"
] |
ruleset mischief {
meta {
name "mischief"
description <<
A bit of whimsy,
inspired by Dr. Seuss's
"The Cat in the Hat"
>>
author "Picolabs"
use module io.picolabs.wrangler alias wrangler
use module io.picolabs.subscription alias Subscriptions
shares __testing
}
global {
__testing = { "queries": [ { "name": "__testing" } ],
"events": [ { "domain": "mischief", "type": "identity"},
{ "domain": "mischief", "type": "hat_lifted"},
{ "domain": "mischief", "type": "encrypted"} ] }
}
rule mischief_identity {
select when mischief identity
event:send(
{ "eci": wrangler:parent_eci().klog("Parent eci cleo"), "eid": "mischief-identity",
"domain": "mischief", "type": "who",
"attrs": { "eci": wrangler:myself(){"eci"} } } )
}
rule mischief_encrypted {
select when mischief encrypted
foreach Subscriptions:established() setting (subscription)
pre {
//thing_subs = subscription.klog("subs")
message = {"encryption": 1}.encode()
encrypted_message = engine:encryptChannelMessage(subscription{"Rx"}, message, subscription{"Tx_public_key"})
}
if true then
event:send({
"eci": subscription{"Tx"},
"eid": "hat-lifted",
"domain": "mischief",
"type": "encrypted",
"attrs": {"encryptedMessage": encrypted_message{"encryptedMessage"}, "nonce": encrypted_message{"nonce"}}
})
}
rule mischief_hat_lifted {
select when mischief hat_lifted
foreach Subscriptions:established() setting (subscription)
pre {
//thing_subs = subscription.klog("subs")
message = {"test": 1}.encode()
signed_message = engine:signChannelMessage(subscription{"Rx"}, message)
}
if true then
event:send({
"eci": subscription{"Tx"},
"eid": "hat-lifted",
"domain": "mischief",
"type": "hat_lifted",
"attrs": {"signed_message": signed_message }
},subscription{"Tx_host"})
}
} | KRL | 4 | CambodianCoder/pico-engine | packages/pico-engine/legacy/krl/test/subscription_tests/mischief.krl | [
"MIT"
] |
// Copyright 2016 The Go Authors. All rights reserved.
// Use of this source code is governed by a BSD-style
// license that can be found in the LICENSE file.
package bio
import (
"io"
"log"
)
// MustClose closes Closer c and calls log.Fatal if it returns a non-nil error.
func MustClose(c io.Closer) {
if err := c.Close(); err != nil {
log.Fatal(err)
}
}
// MustWriter returns a Writer that wraps the provided Writer,
// except that it calls log.Fatal instead of returning a non-nil error.
func MustWriter(w io.Writer) io.Writer {
return mustWriter{w}
}
type mustWriter struct {
w io.Writer
}
func (w mustWriter) Write(b []byte) (int, error) {
n, err := w.w.Write(b)
if err != nil {
log.Fatal(err)
}
return n, nil
}
func (w mustWriter) WriteString(s string) (int, error) {
n, err := io.WriteString(w.w, s)
if err != nil {
log.Fatal(err)
}
return n, nil
}
| Go | 4 | Havoc-OS/androidprebuilts_go_linux-x86 | src/cmd/internal/bio/must.go | [
"BSD-3-Clause"
] |
type Bar = Foo
type List' = []
type Foo a b = Bar a b
type Rec a = [Triangle a]
type X = ()
type Y = (,,)
type Z = (,)
type T = (->)
type Nat = Succ (Succ Zero) ': Succ Zero ': Zero ': '[]
type Wax bar baz wix = '[ W, A (B c) ]
type Bar Foo = "higher-kinded"
type Foo (Bar m a) = BarF m a
type Bar = HasCallStack => Foo []
type Bar a b = forall a b. BarF a b
type (MemberBar t r) = KnownNat (ElemIndexBar t r)
| Haskell | 4 | matsubara0507/semantic | test/fixtures/haskell/corpus/type-synonyms.B.hs | [
"MIT"
] |
from __future__ import print_function
import os
import sys
import csv
from pprint import pprint
from collections import deque
try:
long # Python 2
except NameError:
long = int # Python 3
# trace.hpp
REGION_FLAG_IMPL_MASK = 15 << 16
REGION_FLAG_IMPL_IPP = 1 << 16
REGION_FLAG_IMPL_OPENCL = 2 << 16
DEBUG = False
if DEBUG:
dprint = print
dpprint = pprint
else:
def dprint(args, **kwargs):
pass
def dpprint(args, **kwargs):
pass
def tryNum(s):
if s.startswith('0x'):
try:
return int(s, 16)
except ValueError:
pass
try:
return int(s)
except ValueError:
pass
if sys.version_info[0] < 3:
try:
return long(s)
except ValueError:
pass
return s
def formatTimestamp(t):
return "%.3f" % (t * 1e-6)
try:
from statistics import median
except ImportError:
def median(lst):
sortedLst = sorted(lst)
lstLen = len(lst)
index = (lstLen - 1) // 2
if (lstLen % 2):
return sortedLst[index]
else:
return (sortedLst[index] + sortedLst[index + 1]) * 0.5
def getCXXFunctionName(spec):
def dropParams(spec):
pos = len(spec) - 1
depth = 0
while pos >= 0:
if spec[pos] == ')':
depth = depth + 1
elif spec[pos] == '(':
depth = depth - 1
if depth == 0:
if pos == 0 or spec[pos - 1] in ['#', ':']:
res = dropParams(spec[pos+1:-1])
return (spec[:pos] + res[0], res[1])
return (spec[:pos], spec[pos:])
pos = pos - 1
return (spec, '')
def extractName(spec):
pos = len(spec) - 1
inName = False
while pos >= 0:
if spec[pos] == ' ':
if inName:
return spec[pos+1:]
elif spec[pos].isalnum():
inName = True
pos = pos - 1
return spec
if spec.startswith('IPP') or spec.startswith('OpenCL'):
prefix_size = len('IPP') if spec.startswith('IPP') else len('OpenCL')
prefix = spec[:prefix_size]
if prefix_size < len(spec) and spec[prefix_size] in ['#', ':']:
prefix = prefix + spec[prefix_size]
prefix_size = prefix_size + 1
begin = prefix_size
while begin < len(spec):
if spec[begin].isalnum() or spec[begin] in ['_', ':']:
break
begin = begin + 1
if begin == len(spec):
return spec
end = begin
while end < len(spec):
if not (spec[end].isalnum() or spec[end] in ['_', ':']):
break
end = end + 1
return prefix + spec[begin:end]
spec = spec.replace(') const', ')') # const methods
(ret_type_name, params) = dropParams(spec)
name = extractName(ret_type_name)
if 'operator' in name:
return name + params
if name.startswith('&'):
return name[1:]
return name
stack_size = 10
class Trace:
def __init__(self, filename=None):
self.tasks = {}
self.tasks_list = []
self.locations = {}
self.threads_stack = {}
self.pending_files = deque()
if filename:
self.load(filename)
class TraceTask:
def __init__(self, threadID, taskID, locationID, beginTimestamp):
self.threadID = threadID
self.taskID = taskID
self.locationID = locationID
self.beginTimestamp = beginTimestamp
self.endTimestamp = None
self.parentTaskID = None
self.parentThreadID = None
self.childTask = []
self.selfTimeIPP = 0
self.selfTimeOpenCL = 0
self.totalTimeIPP = 0
self.totalTimeOpenCL = 0
def __repr__(self):
return "TID={} ID={} loc={} parent={}:{} begin={} end={} IPP={}/{} OpenCL={}/{}".format(
self.threadID, self.taskID, self.locationID, self.parentThreadID, self.parentTaskID,
self.beginTimestamp, self.endTimestamp, self.totalTimeIPP, self.selfTimeIPP, self.totalTimeOpenCL, self.selfTimeOpenCL)
class TraceLocation:
def __init__(self, locationID, filename, line, name, flags):
self.locationID = locationID
self.filename = os.path.split(filename)[1]
self.line = line
self.name = getCXXFunctionName(name)
self.flags = flags
def __str__(self):
return "{}#{}:{}".format(self.name, self.filename, self.line)
def __repr__(self):
return "ID={} {}:{}:{}".format(self.locationID, self.filename, self.line, self.name)
def parse_file(self, filename):
dprint("Process file: '{}'".format(filename))
with open(filename) as infile:
for line in infile:
line = str(line).strip()
if line[0] == "#":
if line.startswith("#thread file:"):
name = str(line.split(':', 1)[1]).strip()
self.pending_files.append(os.path.join(os.path.split(filename)[0], name))
continue
self.parse_line(line)
def parse_line(self, line):
opts = line.split(',')
dpprint(opts)
if opts[0] == 'l':
opts = list(csv.reader([line]))[0] # process quote more
locationID = int(opts[1])
filename = str(opts[2])
line = int(opts[3])
name = opts[4]
flags = tryNum(opts[5])
self.locations[locationID] = self.TraceLocation(locationID, filename, line, name, flags)
return
extra_opts = {}
for e in opts[5:]:
if not '=' in e:
continue
(k, v) = e.split('=')
extra_opts[k] = tryNum(v)
if extra_opts:
dpprint(extra_opts)
threadID = None
taskID = None
locationID = None
ts = None
if opts[0] in ['b', 'e']:
threadID = int(opts[1])
taskID = int(opts[4])
locationID = int(opts[3])
ts = tryNum(opts[2])
thread_stack = None
currentTask = (None, None)
if threadID is not None:
if not threadID in self.threads_stack:
thread_stack = deque()
self.threads_stack[threadID] = thread_stack
else:
thread_stack = self.threads_stack[threadID]
currentTask = None if not thread_stack else thread_stack[-1]
t = (threadID, taskID)
if opts[0] == 'b':
assert not t in self.tasks, "Duplicate task: " + str(t) + repr(self.tasks[t])
task = self.TraceTask(threadID, taskID, locationID, ts)
self.tasks[t] = task
self.tasks_list.append(task)
thread_stack.append((threadID, taskID))
if currentTask:
task.parentThreadID = currentTask[0]
task.parentTaskID = currentTask[1]
if 'parentThread' in extra_opts:
task.parentThreadID = extra_opts['parentThread']
if 'parent' in extra_opts:
task.parentTaskID = extra_opts['parent']
if opts[0] == 'e':
task = self.tasks[t]
task.endTimestamp = ts
if 'tIPP' in extra_opts:
task.selfTimeIPP = extra_opts['tIPP']
if 'tOCL' in extra_opts:
task.selfTimeOpenCL = extra_opts['tOCL']
thread_stack.pop()
def load(self, filename):
self.pending_files.append(filename)
if DEBUG:
with open(filename, 'r') as f:
print(f.read(), end='')
while self.pending_files:
self.parse_file(self.pending_files.pop())
def getParentTask(self, task):
return self.tasks.get((task.parentThreadID, task.parentTaskID), None)
def process(self):
self.tasks_list.sort(key=lambda x: x.beginTimestamp)
parallel_for_location = None
for (id, l) in self.locations.items():
if l.name == 'parallel_for':
parallel_for_location = l.locationID
break
for task in self.tasks_list:
try:
task.duration = task.endTimestamp - task.beginTimestamp
task.selfDuration = task.duration
except:
task.duration = None
task.selfDuration = None
task.totalTimeIPP = task.selfTimeIPP
task.totalTimeOpenCL = task.selfTimeOpenCL
dpprint(self.tasks)
dprint("Calculate total times")
for task in self.tasks_list:
parentTask = self.getParentTask(task)
if parentTask:
parentTask.selfDuration = parentTask.selfDuration - task.duration
parentTask.childTask.append(task)
timeIPP = task.selfTimeIPP
timeOpenCL = task.selfTimeOpenCL
while parentTask:
if parentTask.locationID == parallel_for_location: # TODO parallel_for
break
parentLocation = self.locations[parentTask.locationID]
if (parentLocation.flags & REGION_FLAG_IMPL_MASK) == REGION_FLAG_IMPL_IPP:
parentTask.selfTimeIPP = parentTask.selfTimeIPP - timeIPP
timeIPP = 0
else:
parentTask.totalTimeIPP = parentTask.totalTimeIPP + timeIPP
if (parentLocation.flags & REGION_FLAG_IMPL_MASK) == REGION_FLAG_IMPL_OPENCL:
parentTask.selfTimeOpenCL = parentTask.selfTimeOpenCL - timeOpenCL
timeOpenCL = 0
else:
parentTask.totalTimeOpenCL = parentTask.totalTimeOpenCL + timeOpenCL
parentTask = self.getParentTask(parentTask)
dpprint(self.tasks)
dprint("Calculate total times (parallel_for)")
for task in self.tasks_list:
if task.locationID == parallel_for_location:
task.selfDuration = 0
childDuration = sum([t.duration for t in task.childTask])
if task.duration == 0 or childDuration == 0:
continue
timeCoef = task.duration / float(childDuration)
childTimeIPP = sum([t.totalTimeIPP for t in task.childTask])
childTimeOpenCL = sum([t.totalTimeOpenCL for t in task.childTask])
if childTimeIPP == 0 and childTimeOpenCL == 0:
continue
timeIPP = childTimeIPP * timeCoef
timeOpenCL = childTimeOpenCL * timeCoef
parentTask = task
while parentTask:
parentLocation = self.locations[parentTask.locationID]
if (parentLocation.flags & REGION_FLAG_IMPL_MASK) == REGION_FLAG_IMPL_IPP:
parentTask.selfTimeIPP = parentTask.selfTimeIPP - timeIPP
timeIPP = 0
else:
parentTask.totalTimeIPP = parentTask.totalTimeIPP + timeIPP
if (parentLocation.flags & REGION_FLAG_IMPL_MASK) == REGION_FLAG_IMPL_OPENCL:
parentTask.selfTimeOpenCL = parentTask.selfTimeOpenCL - timeOpenCL
timeOpenCL = 0
else:
parentTask.totalTimeOpenCL = parentTask.totalTimeOpenCL + timeOpenCL
parentTask = self.getParentTask(parentTask)
dpprint(self.tasks)
dprint("Done")
def dump(self, max_entries):
assert isinstance(max_entries, int)
class CallInfo():
def __init__(self, callID):
self.callID = callID
self.totalTimes = []
self.selfTimes = []
self.threads = set()
self.selfTimesIPP = []
self.selfTimesOpenCL = []
self.totalTimesIPP = []
self.totalTimesOpenCL = []
calls = {}
for currentTask in self.tasks_list:
task = currentTask
callID = []
for i in range(stack_size):
callID.append(task.locationID)
task = self.getParentTask(task)
if not task:
break
callID = tuple(callID)
if not callID in calls:
call = CallInfo(callID)
calls[callID] = call
else:
call = calls[callID]
call.totalTimes.append(currentTask.duration)
call.selfTimes.append(currentTask.selfDuration)
call.threads.add(currentTask.threadID)
call.selfTimesIPP.append(currentTask.selfTimeIPP)
call.selfTimesOpenCL.append(currentTask.selfTimeOpenCL)
call.totalTimesIPP.append(currentTask.totalTimeIPP)
call.totalTimesOpenCL.append(currentTask.totalTimeOpenCL)
dpprint(self.tasks)
dpprint(self.locations)
dpprint(calls)
calls_self_sum = {k: sum(v.selfTimes) for (k, v) in calls.items()}
calls_total_sum = {k: sum(v.totalTimes) for (k, v) in calls.items()}
calls_median = {k: median(v.selfTimes) for (k, v) in calls.items()}
calls_sorted = sorted(calls.keys(), key=lambda x: calls_self_sum[x], reverse=True)
calls_self_sum_IPP = {k: sum(v.selfTimesIPP) for (k, v) in calls.items()}
calls_total_sum_IPP = {k: sum(v.totalTimesIPP) for (k, v) in calls.items()}
calls_self_sum_OpenCL = {k: sum(v.selfTimesOpenCL) for (k, v) in calls.items()}
calls_total_sum_OpenCL = {k: sum(v.totalTimesOpenCL) for (k, v) in calls.items()}
if max_entries > 0 and len(calls_sorted) > max_entries:
calls_sorted = calls_sorted[:max_entries]
def formatPercents(p):
if p is not None:
return "{:>3d}".format(int(p*100))
return ''
name_width = 70
timestamp_width = 12
def fmtTS():
return '{:>' + str(timestamp_width) + '}'
fmt = "{:>3} {:<"+str(name_width)+"} {:>8} {:>3}"+((' '+fmtTS())*5)+((' '+fmtTS()+' {:>3}')*2)
fmt2 = "{:>3} {:<"+str(name_width)+"} {:>8} {:>3}"+((' '+fmtTS())*5)+((' '+fmtTS()+' {:>3}')*2)
print(fmt.format("ID", "name", "count", "thr", "min", "max", "median", "avg", "*self*", "IPP", "%", "OpenCL", "%"))
print(fmt2.format("", "", "", "", "t-min", "t-max", "t-median", "t-avg", "total", "t-IPP", "%", "t-OpenCL", "%"))
for (index, callID) in enumerate(calls_sorted):
call_self_times = calls[callID].selfTimes
loc0 = self.locations[callID[0]]
loc_array = [] # [str(callID)]
for (i, l) in enumerate(callID):
loc = self.locations[l]
loc_array.append(loc.name if i > 0 else str(loc))
loc_str = '|'.join(loc_array)
if len(loc_str) > name_width: loc_str = loc_str[:name_width-3]+'...'
print(fmt.format(index + 1, loc_str, len(call_self_times),
len(calls[callID].threads),
formatTimestamp(min(call_self_times)),
formatTimestamp(max(call_self_times)),
formatTimestamp(calls_median[callID]),
formatTimestamp(sum(call_self_times)/float(len(call_self_times))),
formatTimestamp(sum(call_self_times)),
formatTimestamp(calls_self_sum_IPP[callID]),
formatPercents(calls_self_sum_IPP[callID] / float(calls_self_sum[callID])) if calls_self_sum[callID] > 0 else formatPercents(None),
formatTimestamp(calls_self_sum_OpenCL[callID]),
formatPercents(calls_self_sum_OpenCL[callID] / float(calls_self_sum[callID])) if calls_self_sum[callID] > 0 else formatPercents(None),
))
call_total_times = calls[callID].totalTimes
print(fmt2.format("", "", "", "",
formatTimestamp(min(call_total_times)),
formatTimestamp(max(call_total_times)),
formatTimestamp(median(call_total_times)),
formatTimestamp(sum(call_total_times)/float(len(call_total_times))),
formatTimestamp(sum(call_total_times)),
formatTimestamp(calls_total_sum_IPP[callID]),
formatPercents(calls_total_sum_IPP[callID] / float(calls_total_sum[callID])) if calls_total_sum[callID] > 0 else formatPercents(None),
formatTimestamp(calls_total_sum_OpenCL[callID]),
formatPercents(calls_total_sum_OpenCL[callID] / float(calls_total_sum[callID])) if calls_total_sum[callID] > 0 else formatPercents(None),
))
print()
if __name__ == "__main__":
tracefile = sys.argv[1] if len(sys.argv) > 1 else 'OpenCVTrace.txt'
count = int(sys.argv[2]) if len(sys.argv) > 2 else 10
trace = Trace(tracefile)
trace.process()
trace.dump(max_entries = count)
print("OK")
| Python | 4 | thisisgopalmandal/opencv | modules/ts/misc/trace_profiler.py | [
"BSD-3-Clause"
] |
# -*- coding: utf-8 -*-
#
# Funciones en Python/Sage para el trabajo con polinomios con una
# incógnita (x).
#
# Copyright (C) 2014-2015, David Abián <davidabian [at] davidabian.com>
#
# This program is free software: you can redistribute it and/or modify it
# under the terms of the GNU General Public License as published by the Free
# Software Foundation, either version 3 of the License, or (at your option)
# any later version.
#
# This program is distributed in the hope that it will be useful, but WITHOUT
# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
# FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for
# more details.
#
# You should have received a copy of the GNU General Public License along with
# this program. If not, see <http://www.gnu.org/licenses/>.
def pols (grado=-1, K=GF(2), mostrar=False):
"""Devuelve la lista de polinomios constantes y no constantes de
coeficientes mónicos y grado igual o menor que el especificado.
Si el grado indicado no es válido, devuelve una lista vacía.
"""
lpols = []
if not grado.is_integer():
grado = grado.round()
if grado >= 0:
var('x')
xs = vector([(x^i) for i in range(grado+1)])
V = VectorSpace(K,grado+1)
lpols = [cs*xs for cs in V]
if mostrar:
for pol in lpols:
print pol
return lpols
def polsNoCtes (grado=-1, K=GF(2), mostrar=False):
"""Devuelve la lista de polinomios no constantes de coeficientes mónicos y
grado igual o menor que el especificado.
Si el grado indicado no es válido, devuelve una lista vacía.
"""
lpols = []
if not grado.is_integer():
grado = grado.round()
if grado >= 0:
var('x')
xs = vector([(x^i) for i in range(grado+1)])
for cs in K^(grado+1):
if cs[:grado] != vector(grado*[0]): # no constantes
lpols += [cs*xs]
if mostrar:
for pol in lpols:
print pol
return lpols
def polsMismoGrado (grado=-1, K=GF(2), mostrar=False):
"""Devuelve la lista de polinomios de coeficientes mónicos del grado
especificado.
Si el grado indicado no es válido, devuelve una lista vacía.
"""
lpols = []
if not grado.is_integer():
grado = grado.round()
if grado >= 0:
var('x')
xs = vector([(x^(grado-i)) for i in [0..grado]])
for cs in K^(grado+1):
if cs[0] != 0: # polinomios del mismo grado
lpols += [cs*xs]
if mostrar:
for pol in lpols:
print pol
return lpols
def excluirReducibles (lpols=[], mostrar=False):
"""Filtra una lista dada de polinomios de coeficientes mónicos y devuelve
aquellos irreducibles.
"""
var('x')
irreds = []
for p in lpols:
fp = (p.factor_list())
if len(fp) == 1 and fp[0][1] == 1:
irreds += [p]
if mostrar:
for pol in irreds:
print pol
return irreds
def vecPol (vec=random_vector(GF(2),0)):
"""Transforma los coeficientes dados en forma de vector en el polinomio
que representan.
Por ejemplo, con vecPol(vector([1,0,3,1])) se obtiene x³ + 3*x + 1.
Para la función opuesta, véase polVec().
"""
var('x')
xs = vector([x^(len(vec)-1-i) for i in range(len(vec))])
return vec*xs
def polVec (p=None):
"""Devuelve el vector de coeficientes del polinomio dado que acompañan a la
incógnita x, de mayor a menor grado.
Por ejemplo, con polVec(x^3 + 3*x + 1) se obtiene el vector (1, 0, 3, 1).
Para la función opuesta, véase vecPol().
"""
cs = []
if p != None:
var('x')
p(x) = p
for i in [0..p(x).degree(x)]:
cs.append(p(x).coefficient(x,i))
cs = list(reversed(cs))
return vector(cs)
def completar2 (p=0):
"""Aplica el método de completar cuadrados en parábolas al polinomio dado de
grado 2 y lo devuelve en su nueva forma.
Si el polinomio dado no es válido, devuelve 0.
Por ejemplo, con complCuad(3*x^2 + 12*x + 5) se obtiene 3*(x + 2)^2 - 7.
"""
var('x')
p(x) = p.expand()
if p(x).degree(x) != 2:
p(x) = 0
else:
cs = polVec(p(x))
p(x) = cs[0]*(x+(cs[1]/(2*cs[0])))^2+(4*cs[0]*cs[2]-cs[1]^2)/(4*cs[0])
return p(x)
| Sage | 5 | JavascriptID/sourcerer-app | src/test/resources/samples/langs/Sage/polinomios.sagews | [
"MIT"
] |
INSERT INTO CAR (ID, MODEL, YEAR) VALUES ('123456', 'Camaro', '2012');
INSERT INTO CAR (ID, MODEL, YEAR) VALUES ('12112', 'Fiat Panda', '2000');
INSERT INTO CAR (ID, MODEL, YEAR) VALUES ('111000', 'Fiat Punto', '2007');
INSERT INTO CAR (ID, MODEL, YEAR) VALUES ('3382', 'Citroen C3', '2009');
commit; | SQL | 3 | zeesh49/tutorials | jpa-storedprocedure/src/main/resources/config/database/insert_cars.sql | [
"MIT"
] |
docker run --rm --mount type=bind,source="$(pwd)",target=/hugo -w /hugo -i -t bepsays/ci-goreleaser:1.11-2 /bin/bash | Shell | 3 | jlevon/hugo | bepdock.sh | [
"Apache-2.0"
] |
package cases;
class Issue7092 extends DisplayTestCase {
/**
class Main {
public static function main() {
new {-1-}
}
}
private class PrivateClass {
public function new() {}
}
**/
function test() {
eq(true, hasToplevel(toplevel(pos(1)), "type", "PrivateClass"));
}
}
| Haxe | 3 | Alan-love/haxe | tests/display/src/cases/Issue7092.hx | [
"MIT"
] |
#![feature(never_type)]
#![allow(unused_variables)]
#![allow(unused_assignments)]
#![allow(dead_code)]
#![deny(unreachable_code)]
fn foo() {
// No error here.
let x;
x = return; //~ ERROR unreachable
}
fn bar() {
use std::ptr;
let p: *mut ! = ptr::null_mut::<!>();
unsafe {
// Here we consider the `return` unreachable because
// "evaluating" the `*p` has type `!`. This is somewhat
// dubious, I suppose.
*p = return; //~ ERROR unreachable
}
}
fn baz() {
let mut i = 0;
*{return; &mut i} = 22; //~ ERROR unreachable
}
fn main() { }
| Rust | 3 | Eric-Arellano/rust | src/test/ui/reachable/expr_assign.rs | [
"ECL-2.0",
"Apache-2.0",
"MIT-0",
"MIT"
] |
/* The CSS that is common to all TodoMVC implementations, base.css, styles the selected routing filter using the
following selector:
#filters li a.selected
In the GWT implementation, a Hyperlink widget is used for the routing filters. This widget allows you to
specify a history - and will handle the clicks accordingly. The HTML for this widget is as follows:
<div><a ...></a></div>
Where the 'div' element represents the hyperlink GWT widget. This results in the following GWT
specific style. */
#filters li div.selected a {
font-weight: bold;
}
/* The GWT TodoMVC uses a CellList - a framework widget for rendering a list of cells - to
render the list of todo items. Unfortunately the CellList uses a div as its root container
and wraps each cell in a separate div. There are no extension points that allow you to change this.
As a result, this application deviates from the TodoMVC standard of ul / li for the to do list. The
styles applied to the li elements are duplicated here, matching a listItem class instead. */
#todo-list .listItem {
position: relative;
font-size: 24px;
border-bottom: 1px solid #ededed;
}
#todo-list div :last-child .listItem {
border-bottom: none;
}
#todo-list .listItem.editing {
border-bottom: none;
padding: 0;
}
#todo-list .listItem.editing .edit {
display: block;
width: 506px;
padding: 13px 17px 12px 17px;
margin: 0 0 0 43px;
}
#todo-list .listItem.editing .view {
display: none;
}
#todo-list .listItem .toggle {
text-align: center;
width: 40px;
/* auto, since non-WebKit browsers doesn't support input styling */
height: auto;
position: absolute;
top: 0;
bottom: 0;
margin: auto 0;
border: none; /* Mobile Safari */
-webkit-appearance: none;
appearance: none;
}
#todo-list .listItem .toggle:after {
content: url('data:image/svg+xml;utf8,<svg xmlns="http://www.w3.org/2000/svg" width="40" height="40" viewBox="-10 -18 100 135"><circle cx="50" cy="50" r="50" fill="none" stroke="#ededed" stroke-width="3"/></svg>');
}
#todo-list .listItem .toggle:checked:after {
content: url('data:image/svg+xml;utf8,<svg xmlns="http://www.w3.org/2000/svg" width="40" height="40" viewBox="-10 -18 100 135"><circle cx="50" cy="50" r="50" fill="none" stroke="#bddad5" stroke-width="3"/><path fill="#5dc2af" d="M72 25L42 71 27 56l-4 4 20 20 34-52z"/></svg>');
}
#todo-list .listItem label {
white-space: pre;
word-break: break-word;
padding: 15px 60px 15px 15px;
margin-left: 45px;
display: block;
line-height: 1.2;
transition: color 0.4s;
}
#todo-list .listItem.completed label {
color: #d9d9d9;
text-decoration: line-through;
}
#todo-list .listItem .destroy {
display: none;
position: absolute;
top: 0;
right: 10px;
bottom: 0;
width: 40px;
height: 40px;
margin: auto 0;
font-size: 30px;
color: #cc9a9a;
margin-bottom: 11px;
transition: color 0.2s ease-out;
}
#todo-list .listItem .destroy:hover {
color: #af5b5e;
}
#todo-list .listItem .destroy:after {
content: '×';
}
#todo-list .listItem:hover .destroy {
display: block;
}
#todo-list .listItem .edit {
display: none;
}
#todo-list div :last-child .listItem.editing {
margin-bottom: -1px;
}
@media screen and (-webkit-min-device-pixel-ratio:0) {
.todo-list .listItem .toggle {
background: none;
}
#todo-list .listItem .toggle {
height: 40px;
}
}
| CSS | 3 | dtelaroli/todomvc | examples/gwt/css/app.css | [
"MIT"
] |
/*++
Copyright (c) Microsoft Corporation
Licensed under the MIT license.
Module Name:
- ApiDispatchers.h
Abstract:
- This file decodes the client's API request message and dispatches it to the appropriate defined routine in the server.
Author:
- Michael Niksa (miniksa) 12-Oct-2016
Revision History:
- Adapted from original items in srvinit.cpp
--*/
#pragma once
#include "IApiRoutines.h"
#include "ApiMessage.h"
namespace ApiDispatchers
{
[[nodiscard]] HRESULT ServerDeprecatedApi(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
#pragma region L1
[[nodiscard]] HRESULT ServerGetConsoleCP(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerGetConsoleMode(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerSetConsoleMode(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerGetNumberOfInputEvents(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerGetConsoleInput(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerReadConsole(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerWriteConsole(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerGetConsoleLangId(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
#pragma endregion
#pragma region L2
[[nodiscard]] HRESULT ServerFillConsoleOutput(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerGenerateConsoleCtrlEvent(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerSetConsoleActiveScreenBuffer(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerFlushConsoleInputBuffer(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerSetConsoleCP(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerGetConsoleCursorInfo(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerSetConsoleCursorInfo(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerGetConsoleScreenBufferInfo(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerSetConsoleScreenBufferInfo(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerSetConsoleScreenBufferSize(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerSetConsoleCursorPosition(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerGetLargestConsoleWindowSize(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerScrollConsoleScreenBuffer(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerSetConsoleTextAttribute(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerSetConsoleWindowInfo(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerReadConsoleOutputString(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerWriteConsoleInput(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerWriteConsoleOutput(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerWriteConsoleOutputString(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerReadConsoleOutput(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerGetConsoleTitle(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerSetConsoleTitle(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
#pragma endregion
#pragma region L3
[[nodiscard]] HRESULT ServerGetConsoleMouseInfo(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerGetConsoleFontSize(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerGetConsoleCurrentFont(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerSetConsoleDisplayMode(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerGetConsoleDisplayMode(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerAddConsoleAlias(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerGetConsoleAlias(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerGetConsoleAliasesLength(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerGetConsoleAliasExesLength(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerGetConsoleAliases(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerGetConsoleAliasExes(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
// CMDEXT functions
[[nodiscard]] HRESULT ServerExpungeConsoleCommandHistory(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerSetConsoleNumberOfCommands(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerGetConsoleCommandHistoryLength(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerGetConsoleCommandHistory(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
// end CMDEXT functions
[[nodiscard]] HRESULT ServerGetConsoleWindow(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerGetConsoleSelectionInfo(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerGetConsoleProcessList(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerGetConsoleHistory(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerSetConsoleHistory(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
[[nodiscard]] HRESULT ServerSetConsoleCurrentFont(_Inout_ CONSOLE_API_MSG* const m, _Inout_ BOOL* const pbReplyPending);
#pragma endregion
};
| C | 4 | Ghosty141/Terminal | src/server/ApiDispatchers.h | [
"MIT"
] |
"use strict";
var _interopRequireDefault = require("@babel/runtime/helpers/interopRequireDefault");
Object.defineProperty(exports, "__esModule", {
value: true
});
exports.default = void 0;
var _createSvgIcon = _interopRequireDefault(require("./utils/createSvgIcon"));
var _jsxRuntime = require("react/jsx-runtime");
var _default = (0, _createSvgIcon.default)( /*#__PURE__*/(0, _jsxRuntime.jsx)("path", {
d: "m20.68 9.27.01-.06c.16-.62-.3-1.21-.93-1.21H17l.7-2.79c.15-.62-.31-1.21-.94-1.21-.45 0-.83.3-.94.73L15 8h-4l.7-2.79c.15-.62-.31-1.21-.94-1.21-.45 0-.83.3-.94.73L9 8H5.76c-.45 0-.84.3-.94.73l-.02.06c-.15.62.31 1.21.94 1.21H8.5l-1 4H4.26c-.45 0-.83.3-.94.73l-.02.06c-.15.62.31 1.21.94 1.21H7l-.7 2.79c-.15.62.31 1.21.94 1.21.45 0 .83-.3.94-.73L9 16h4l-.7 2.79c-.15.62.31 1.21.94 1.21.45 0 .83-.3.94-.73L15 16h3.24c.45 0 .83-.3.94-.73l.01-.06c.15-.61-.31-1.21-.94-1.21H15.5l1-4h3.24c.45 0 .84-.3.94-.73zM13.5 14h-4l1-4h4l-1 4z"
}), 'NumbersRounded');
exports.default = _default; | JavaScript | 4 | dany-freeman/material-ui | packages/mui-icons-material/lib/NumbersRounded.js | [
"MIT"
] |
:: generated from colcon_core/shell/template/command_prefix.bat.em
@@echo off
@[for pkg_name, pkg_install_base in dependencies.items()]@
@{
import os
pkg_script = os.path.join(pkg_install_base, 'share', pkg_name, 'package.bat')
}@
call "@(pkg_script)"
@[end for]@
| EmberScript | 3 | brawner/colcon-core | colcon_core/shell/template/command_prefix.bat.em | [
"Apache-2.0"
] |
[DEFAULT]
library_dirs = {LIBRARY_DIRS}
include_dirs = /nz/export/ae/languages/python/2.6/spu/include/python2.6/
[blas_opt]
libraries = blas
[lapack_opt]
libraries = lapack | NumPy | 2 | writ3it/HD_Python_Libs_Installation | subscripts/data/site.cfg.numpy | [
"MIT"
] |
// Copyright 2020 the V8 project authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
#ifndef V8_HEAP_INDEX_GENERATOR_H_
#define V8_HEAP_INDEX_GENERATOR_H_
#include <cstddef>
#include <queue>
#include <stack>
#include "src/base/macros.h"
#include "src/base/optional.h"
#include "src/base/platform/mutex.h"
namespace v8 {
namespace internal {
// A thread-safe data structure that generates heuristic starting points in a
// range to process items in parallel.
class V8_EXPORT_PRIVATE IndexGenerator {
public:
explicit IndexGenerator(size_t size);
IndexGenerator(const IndexGenerator&) = delete;
IndexGenerator& operator=(const IndexGenerator&) = delete;
base::Optional<size_t> GetNext();
void GiveBack(size_t index);
private:
base::Mutex lock_;
// Pending indices that are ready to be handed out, prioritized over
// |pending_ranges_| when non-empty.
std::stack<size_t> pending_indices_;
// Pending [start, end] (exclusive) ranges to split and hand out indices from.
std::queue<std::pair<size_t, size_t>> ranges_to_split_;
const size_t size_;
};
} // namespace internal
} // namespace v8
#endif // V8_HEAP_INDEX_GENERATOR_H_
| C | 4 | EXHades/v8 | src/heap/index-generator.h | [
"BSD-3-Clause"
] |
const FEATURE_TOGGLE = {
nav_products: true,
enable_product_scope: false,
enable_website_banner: false,
};
export default FEATURE_TOGGLE;
| TypeScript | 3 | lemol/material-ui | docs/src/featureToggle.ts | [
"MIT"
] |
<template>
<div>
<div class="text-center d-flex pb-4">
<v-btn @click="all">
all
</v-btn>
<div>{{ panel }}</div>
<v-btn @click="none">
none
</v-btn>
</div>
<v-expansion-panels
v-model="panel"
multiple
>
<v-expansion-panel
v-for="(item,i) in items"
:key="i"
>
<v-expansion-panel-header>Header {{ item }}</v-expansion-panel-header>
<v-expansion-panel-content>
Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat.
</v-expansion-panel-content>
</v-expansion-panel>
</v-expansion-panels>
</div>
</template>
<script>
export default {
data () {
return {
panel: [],
items: 5,
}
},
methods: {
// Create an array the length of our items
// with all values as true
all () {
this.panel = [...Array(this.items).keys()].map((k, i) => i)
},
// Reset the panel
none () {
this.panel = []
},
},
}
</script>
| Vue | 5 | mark-gene/vuetify | packages/docs/src/examples/v-expansion-panels/prop-model.vue | [
"MIT"
] |
/* This is a generated file, edit the .stub.php file instead.
* Stub hash: 74026c524046787844da9f8132029735243176c6 */
ZEND_BEGIN_ARG_INFO_EX(arginfo_class_IntlDatePatternGenerator___construct, 0, 0, 0)
ZEND_ARG_TYPE_INFO_WITH_DEFAULT_VALUE(0, locale, IS_STRING, 1, "null")
ZEND_END_ARG_INFO()
ZEND_BEGIN_ARG_WITH_RETURN_OBJ_INFO_EX(arginfo_class_IntlDatePatternGenerator_create, 0, 0, IntlDatePatternGenerator, 1)
ZEND_ARG_TYPE_INFO_WITH_DEFAULT_VALUE(0, locale, IS_STRING, 1, "null")
ZEND_END_ARG_INFO()
ZEND_BEGIN_ARG_WITH_RETURN_TYPE_MASK_EX(arginfo_class_IntlDatePatternGenerator_getBestPattern, 0, 1, MAY_BE_STRING|MAY_BE_FALSE)
ZEND_ARG_TYPE_INFO(0, skeleton, IS_STRING, 0)
ZEND_END_ARG_INFO()
ZEND_METHOD(IntlDatePatternGenerator, __construct);
ZEND_METHOD(IntlDatePatternGenerator, create);
ZEND_METHOD(IntlDatePatternGenerator, getBestPattern);
static const zend_function_entry class_IntlDatePatternGenerator_methods[] = {
ZEND_ME(IntlDatePatternGenerator, __construct, arginfo_class_IntlDatePatternGenerator___construct, ZEND_ACC_PUBLIC)
ZEND_ME(IntlDatePatternGenerator, create, arginfo_class_IntlDatePatternGenerator_create, ZEND_ACC_PUBLIC|ZEND_ACC_STATIC)
ZEND_ME(IntlDatePatternGenerator, getBestPattern, arginfo_class_IntlDatePatternGenerator_getBestPattern, ZEND_ACC_PUBLIC)
ZEND_FE_END
};
static zend_class_entry *register_class_IntlDatePatternGenerator(void)
{
zend_class_entry ce, *class_entry;
INIT_CLASS_ENTRY(ce, "IntlDatePatternGenerator", class_IntlDatePatternGenerator_methods);
class_entry = zend_register_internal_class_ex(&ce, NULL);
return class_entry;
}
| C | 3 | NathanFreeman/php-src | ext/intl/dateformat/datepatterngenerator_arginfo.h | [
"PHP-3.01"
] |
"""YoLink Thermostat."""
from __future__ import annotations
from typing import Any
from homeassistant.components.climate import ClimateEntity, ClimateEntityFeature
from homeassistant.components.climate.const import (
ATTR_TARGET_TEMP_HIGH,
ATTR_TARGET_TEMP_LOW,
FAN_AUTO,
FAN_ON,
PRESET_ECO,
PRESET_NONE,
HVACAction,
HVACMode,
)
from homeassistant.config_entries import ConfigEntry
from homeassistant.const import TEMP_CELSIUS
from homeassistant.core import HomeAssistant, callback
from homeassistant.helpers.entity_platform import AddEntitiesCallback
from .const import ATTR_COORDINATORS, ATTR_DEVICE_THERMOSTAT, DOMAIN
from .coordinator import YoLinkCoordinator
from .entity import YoLinkEntity
YOLINK_MODEL_2_HA = {
"cool": HVACMode.COOL,
"heat": HVACMode.HEAT,
"auto": HVACMode.AUTO,
"off": HVACMode.OFF,
}
HA_MODEL_2_YOLINK = {v: k for k, v in YOLINK_MODEL_2_HA.items()}
YOLINK_ACTION_2_HA = {
"cool": HVACAction.COOLING,
"heat": HVACAction.HEATING,
"idle": HVACAction.IDLE,
}
async def async_setup_entry(
hass: HomeAssistant,
config_entry: ConfigEntry,
async_add_entities: AddEntitiesCallback,
) -> None:
"""Set up YoLink Thermostat from a config entry."""
device_coordinators = hass.data[DOMAIN][config_entry.entry_id][ATTR_COORDINATORS]
entities = [
YoLinkClimateEntity(config_entry, device_coordinator)
for device_coordinator in device_coordinators.values()
if device_coordinator.device.device_type == ATTR_DEVICE_THERMOSTAT
]
async_add_entities(entities)
class YoLinkClimateEntity(YoLinkEntity, ClimateEntity):
"""YoLink Climate Entity."""
def __init__(
self,
config_entry: ConfigEntry,
coordinator: YoLinkCoordinator,
) -> None:
"""Init YoLink Thermostat."""
super().__init__(config_entry, coordinator)
self._attr_unique_id = f"{coordinator.device.device_id}_climate"
self._attr_name = f"{coordinator.device.device_name} (Thermostat)"
self._attr_temperature_unit = TEMP_CELSIUS
self._attr_fan_modes = [FAN_ON, FAN_AUTO]
self._attr_min_temp = -10
self._attr_max_temp = 50
self._attr_hvac_modes = [
HVACMode.COOL,
HVACMode.HEAT,
HVACMode.AUTO,
HVACMode.OFF,
]
self._attr_preset_modes = [PRESET_NONE, PRESET_ECO]
self._attr_supported_features = (
ClimateEntityFeature.FAN_MODE
| ClimateEntityFeature.PRESET_MODE
| ClimateEntityFeature.TARGET_TEMPERATURE_RANGE
)
@callback
def update_entity_state(self, state: dict[str, Any]) -> None:
"""Update HA Entity State."""
normal_state = state.get("state")
if normal_state is not None:
self._attr_current_temperature = normal_state.get("temperature")
self._attr_current_humidity = normal_state.get("humidity")
self._attr_target_temperature_low = normal_state.get("lowTemp")
self._attr_target_temperature_high = normal_state.get("highTemp")
self._attr_fan_mode = normal_state.get("fan")
self._attr_hvac_mode = YOLINK_MODEL_2_HA.get(normal_state.get("mode"))
self._attr_hvac_action = YOLINK_ACTION_2_HA.get(normal_state.get("running"))
eco_setting = state.get("eco")
if eco_setting is not None:
self._attr_preset_mode = (
PRESET_NONE if eco_setting.get("mode") == "on" else PRESET_ECO
)
self.async_write_ha_state()
async def async_set_hvac_mode(self, hvac_mode: HVACMode) -> None:
"""Set new target hvac mode."""
if (hvac_mode_id := HA_MODEL_2_YOLINK.get(hvac_mode)) is None:
raise ValueError(f"Received an invalid hvac mode: {hvac_mode}")
await self.call_device_api("setState", {"mode": hvac_mode_id})
await self.coordinator.async_refresh()
async def async_set_fan_mode(self, fan_mode: str) -> None:
"""Set fan mode."""
await self.call_device_api("setState", {"fan": fan_mode})
self._attr_fan_mode = fan_mode
self.async_write_ha_state()
async def async_set_temperature(self, **kwargs) -> None:
"""Set temperature."""
target_temp_low = kwargs.get(ATTR_TARGET_TEMP_LOW)
target_temp_high = kwargs.get(ATTR_TARGET_TEMP_HIGH)
if target_temp_low is not None:
await self.call_device_api("setState", {"lowTemp": target_temp_low})
self._attr_target_temperature_low = target_temp_low
if target_temp_high is not None:
await self.call_device_api("setState", {"highTemp": target_temp_high})
self._attr_target_temperature_high = target_temp_high
await self.coordinator.async_refresh()
async def async_set_preset_mode(self, preset_mode: str) -> None:
"""Set preset mode."""
eco_params = "on" if preset_mode == PRESET_ECO else "off"
await self.call_device_api("setECO", {"mode": eco_params})
self._attr_preset_mode = PRESET_ECO if eco_params == "on" else PRESET_NONE
self.async_write_ha_state()
| Python | 5 | mib1185/core | homeassistant/components/yolink/climate.py | [
"Apache-2.0"
] |
use("mandarin")
帐户 = 本 摹拟 做(
转移 = 法(数量, 自: 自我, 至:,
自 平衡 -= 数量
至 平衡 += 数量
)
打印 = 法(
"<帐户 名字: #{名字} 平衡: #{平衡}>" 打印行
)
)
箫 = 帐户 带有(名字: "箫", 平衡: 142.0)
俊 = 帐户 带有(名字: "俊", 平衡: 45.7)
帐户 转移(23.0, 自: 俊, 至: 箫)
帐户 转移(10.0, 至: 俊, 自: 箫)
俊 转移(57.4, 至: 箫)
箫 打印
俊 打印
| Ioke | 4 | olabini/ioke | examples/multilang/chinese/account.ik | [
"ICU",
"MIT"
] |
apiVersion: security.istio.io/v1beta1
kind: AuthorizationPolicy
metadata:
name: httpbin-1
namespace: foo
spec:
selector:
matchLabels:
app: httpbin
version: v1
rules:
- to:
- operation:
paths: ["/exact", "/prefix/*", "*/suffix", "*"]
notPaths: ["/not-exact", "/not-prefix/*", "*/not-suffix", "*"]
| YAML | 3 | rveerama1/istio | pilot/pkg/security/authz/builder/testdata/http/allow-path-in.yaml | [
"Apache-2.0"
] |
{
"cells": [
{
"cell_type": "markdown",
"metadata": {},
"source": [
"# Explore and create ML datasets\n",
"\n",
"In this notebook, we will explore data corresponding to taxi rides in New York City to build a Machine Learning model in support of a fare-estimation tool. The idea is to suggest a likely fare to taxi riders so that they are not surprised, and so that they can protest if the charge is much higher than expected.\n",
"\n",
"## Learning Objectives\n",
"* Access and explore a public BigQuery dataset on NYC Taxi Cab rides\n",
"* Visualize your dataset using the Seaborn library\n",
"* Inspect and clean-up the dataset for future ML model training\n",
"* Create a benchmark to judge future ML model performance off of\n",
"\n",
"Each learning objective will correspond to a __#TODO__ in the [student lab notebook](../labs/explore_data.ipynb) -- try to complete that notebook first before reviewing this solution notebook. \n",
"\n",
"Let's start with the Python imports that we need."
]
},
{
"cell_type": "code",
"execution_count": null,
"metadata": {},
"outputs": [],
"source": [
"!sudo chown -R jupyter:jupyter /home/jupyter/training-data-analyst"
]
},
{
"cell_type": "code",
"execution_count": 1,
"metadata": {},
"outputs": [],
"source": [
"from google.cloud import bigquery\n",
"import seaborn as sns\n",
"import matplotlib.pyplot as plt\n",
"import pandas as pd\n",
"import numpy as np"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"<h3> Extract sample data from BigQuery </h3>\n",
"\n",
"The dataset that we will use is <a href=\"https://console.cloud.google.com/bigquery?project=nyc-tlc&p=nyc-tlc&d=yellow&t=trips&page=table\">a BigQuery public dataset</a>. Click on the link, and look at the column names. Switch to the Details tab to verify that the number of records is one billion, and then switch to the Preview tab to look at a few rows.\n",
"\n",
"Let's write a SQL query to pick up interesting fields from the dataset. It's a good idea to get the timestamp in a predictable format."
]
},
{
"cell_type": "code",
"execution_count": 2,
"metadata": {},
"outputs": [
{
"data": {
"text/html": [
"<div>\n",
"<style scoped>\n",
" .dataframe tbody tr th:only-of-type {\n",
" vertical-align: middle;\n",
" }\n",
"\n",
" .dataframe tbody tr th {\n",
" vertical-align: top;\n",
" }\n",
"\n",
" .dataframe thead th {\n",
" text-align: right;\n",
" }\n",
"</style>\n",
"<table border=\"1\" class=\"dataframe\">\n",
" <thead>\n",
" <tr style=\"text-align: right;\">\n",
" <th></th>\n",
" <th>pickup_datetime</th>\n",
" <th>pickup_longitude</th>\n",
" <th>pickup_latitude</th>\n",
" <th>dropoff_longitude</th>\n",
" <th>dropoff_latitude</th>\n",
" <th>passenger_count</th>\n",
" <th>trip_distance</th>\n",
" <th>tolls_amount</th>\n",
" <th>fare_amount</th>\n",
" <th>total_amount</th>\n",
" </tr>\n",
" </thead>\n",
" <tbody>\n",
" <tr>\n",
" <td>0</td>\n",
" <td>2010-03-04 00:35:16 UTC</td>\n",
" <td>-74.035201</td>\n",
" <td>40.721548</td>\n",
" <td>-74.035201</td>\n",
" <td>40.721548</td>\n",
" <td>1</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" </tr>\n",
" <tr>\n",
" <td>1</td>\n",
" <td>2010-03-15 17:18:34 UTC</td>\n",
" <td>0.000000</td>\n",
" <td>0.000000</td>\n",
" <td>0.000000</td>\n",
" <td>0.000000</td>\n",
" <td>1</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" </tr>\n",
" <tr>\n",
" <td>2</td>\n",
" <td>2015-03-18 01:07:02 UTC</td>\n",
" <td>0.000000</td>\n",
" <td>0.000000</td>\n",
" <td>0.000000</td>\n",
" <td>0.000000</td>\n",
" <td>5</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" </tr>\n",
" <tr>\n",
" <td>3</td>\n",
" <td>2015-03-09 18:24:03 UTC</td>\n",
" <td>-73.937248</td>\n",
" <td>40.758202</td>\n",
" <td>-73.937263</td>\n",
" <td>40.758190</td>\n",
" <td>1</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" </tr>\n",
" <tr>\n",
" <td>4</td>\n",
" <td>2010-03-06 06:33:41 UTC</td>\n",
" <td>-73.785514</td>\n",
" <td>40.645400</td>\n",
" <td>-73.784564</td>\n",
" <td>40.648681</td>\n",
" <td>2</td>\n",
" <td>4.1</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" </tr>\n",
" <tr>\n",
" <td>5</td>\n",
" <td>2013-08-07 00:42:45 UTC</td>\n",
" <td>-74.025817</td>\n",
" <td>40.763044</td>\n",
" <td>-74.046752</td>\n",
" <td>40.783240</td>\n",
" <td>1</td>\n",
" <td>4.8</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" </tr>\n",
" <tr>\n",
" <td>6</td>\n",
" <td>2015-04-26 02:56:37 UTC</td>\n",
" <td>-73.987656</td>\n",
" <td>40.771656</td>\n",
" <td>-73.987556</td>\n",
" <td>40.771751</td>\n",
" <td>1</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" </tr>\n",
" <tr>\n",
" <td>7</td>\n",
" <td>2015-04-29 18:45:03 UTC</td>\n",
" <td>0.000000</td>\n",
" <td>0.000000</td>\n",
" <td>0.000000</td>\n",
" <td>0.000000</td>\n",
" <td>1</td>\n",
" <td>1.0</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" </tr>\n",
" <tr>\n",
" <td>8</td>\n",
" <td>2010-03-11 21:24:48 UTC</td>\n",
" <td>-74.571511</td>\n",
" <td>40.910800</td>\n",
" <td>-74.628928</td>\n",
" <td>40.964321</td>\n",
" <td>1</td>\n",
" <td>68.4</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" </tr>\n",
" <tr>\n",
" <td>9</td>\n",
" <td>2013-08-24 01:58:23 UTC</td>\n",
" <td>-73.972171</td>\n",
" <td>40.759439</td>\n",
" <td>0.000000</td>\n",
" <td>0.000000</td>\n",
" <td>4</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" <td>0.0</td>\n",
" </tr>\n",
" </tbody>\n",
"</table>\n",
"</div>"
],
"text/plain": [
" pickup_datetime pickup_longitude pickup_latitude \\\n",
"0 2010-03-04 00:35:16 UTC -74.035201 40.721548 \n",
"1 2010-03-15 17:18:34 UTC 0.000000 0.000000 \n",
"2 2015-03-18 01:07:02 UTC 0.000000 0.000000 \n",
"3 2015-03-09 18:24:03 UTC -73.937248 40.758202 \n",
"4 2010-03-06 06:33:41 UTC -73.785514 40.645400 \n",
"5 2013-08-07 00:42:45 UTC -74.025817 40.763044 \n",
"6 2015-04-26 02:56:37 UTC -73.987656 40.771656 \n",
"7 2015-04-29 18:45:03 UTC 0.000000 0.000000 \n",
"8 2010-03-11 21:24:48 UTC -74.571511 40.910800 \n",
"9 2013-08-24 01:58:23 UTC -73.972171 40.759439 \n",
"\n",
" dropoff_longitude dropoff_latitude passenger_count trip_distance \\\n",
"0 -74.035201 40.721548 1 0.0 \n",
"1 0.000000 0.000000 1 0.0 \n",
"2 0.000000 0.000000 5 0.0 \n",
"3 -73.937263 40.758190 1 0.0 \n",
"4 -73.784564 40.648681 2 4.1 \n",
"5 -74.046752 40.783240 1 4.8 \n",
"6 -73.987556 40.771751 1 0.0 \n",
"7 0.000000 0.000000 1 1.0 \n",
"8 -74.628928 40.964321 1 68.4 \n",
"9 0.000000 0.000000 4 0.0 \n",
"\n",
" tolls_amount fare_amount total_amount \n",
"0 0.0 0.0 0.0 \n",
"1 0.0 0.0 0.0 \n",
"2 0.0 0.0 0.0 \n",
"3 0.0 0.0 0.0 \n",
"4 0.0 0.0 0.0 \n",
"5 0.0 0.0 0.0 \n",
"6 0.0 0.0 0.0 \n",
"7 0.0 0.0 0.0 \n",
"8 0.0 0.0 0.0 \n",
"9 0.0 0.0 0.0 "
]
},
"execution_count": 2,
"metadata": {},
"output_type": "execute_result"
}
],
"source": [
"%%bigquery\n",
"SELECT\n",
" FORMAT_TIMESTAMP(\n",
" \"%Y-%m-%d %H:%M:%S %Z\", pickup_datetime) AS pickup_datetime,\n",
" pickup_longitude, pickup_latitude, dropoff_longitude,\n",
" dropoff_latitude, passenger_count, trip_distance, tolls_amount, \n",
" fare_amount, total_amount \n",
"FROM\n",
" `nyc-tlc.yellow.trips` # TODO 1\n",
"LIMIT 10"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"Let's increase the number of records so that we can do some neat graphs. There is no guarantee about the order in which records are returned, and so no guarantee about which records get returned if we simply increase the LIMIT. To properly sample the dataset, let's use the HASH of the pickup time and return 1 in 100,000 records -- because there are 1 billion records in the data, we should get back approximately 10,000 records if we do this.\n",
"\n",
"We will also store the BigQuery result in a Pandas dataframe named \"trips\""
]
},
{
"cell_type": "code",
"execution_count": 3,
"metadata": {},
"outputs": [],
"source": [
"%%bigquery trips\n",
"SELECT\n",
" FORMAT_TIMESTAMP(\n",
" \"%Y-%m-%d %H:%M:%S %Z\", pickup_datetime) AS pickup_datetime,\n",
" pickup_longitude, pickup_latitude, \n",
" dropoff_longitude, dropoff_latitude,\n",
" passenger_count,\n",
" trip_distance,\n",
" tolls_amount,\n",
" fare_amount,\n",
" total_amount\n",
"FROM\n",
" `nyc-tlc.yellow.trips`\n",
"WHERE\n",
" ABS(MOD(FARM_FINGERPRINT(CAST(pickup_datetime AS STRING)), 100000)) = 1"
]
},
{
"cell_type": "code",
"execution_count": 4,
"metadata": {},
"outputs": [
{
"name": "stdout",
"output_type": "stream",
"text": [
"10789\n"
]
}
],
"source": [
"print(len(trips))"
]
},
{
"cell_type": "code",
"execution_count": 5,
"metadata": {},
"outputs": [
{
"data": {
"text/html": [
"<div>\n",
"<style scoped>\n",
" .dataframe tbody tr th:only-of-type {\n",
" vertical-align: middle;\n",
" }\n",
"\n",
" .dataframe tbody tr th {\n",
" vertical-align: top;\n",
" }\n",
"\n",
" .dataframe thead th {\n",
" text-align: right;\n",
" }\n",
"</style>\n",
"<table border=\"1\" class=\"dataframe\">\n",
" <thead>\n",
" <tr style=\"text-align: right;\">\n",
" <th></th>\n",
" <th>pickup_datetime</th>\n",
" <th>pickup_longitude</th>\n",
" <th>pickup_latitude</th>\n",
" <th>dropoff_longitude</th>\n",
" <th>dropoff_latitude</th>\n",
" <th>passenger_count</th>\n",
" <th>trip_distance</th>\n",
" <th>tolls_amount</th>\n",
" <th>fare_amount</th>\n",
" <th>total_amount</th>\n",
" </tr>\n",
" </thead>\n",
" <tbody>\n",
" <tr>\n",
" <td>0</td>\n",
" <td>2009-02-12 17:51:38 UTC</td>\n",
" <td>-73.965325</td>\n",
" <td>40.769670</td>\n",
" <td>-73.980505</td>\n",
" <td>40.748393</td>\n",
" <td>1</td>\n",
" <td>1.70</td>\n",
" <td>0.0</td>\n",
" <td>11.1</td>\n",
" <td>11.60</td>\n",
" </tr>\n",
" <tr>\n",
" <td>1</td>\n",
" <td>2012-02-27 09:19:10 UTC</td>\n",
" <td>-73.874431</td>\n",
" <td>40.774011</td>\n",
" <td>-73.983967</td>\n",
" <td>40.744082</td>\n",
" <td>1</td>\n",
" <td>11.60</td>\n",
" <td>4.8</td>\n",
" <td>27.7</td>\n",
" <td>38.00</td>\n",
" </tr>\n",
" <tr>\n",
" <td>2</td>\n",
" <td>2014-05-20 23:09:00 UTC</td>\n",
" <td>-73.995203</td>\n",
" <td>40.727307</td>\n",
" <td>-73.948775</td>\n",
" <td>40.813487</td>\n",
" <td>1</td>\n",
" <td>10.31</td>\n",
" <td>0.0</td>\n",
" <td>33.5</td>\n",
" <td>38.00</td>\n",
" </tr>\n",
" <tr>\n",
" <td>3</td>\n",
" <td>2014-04-30 16:45:10 UTC</td>\n",
" <td>-73.989434</td>\n",
" <td>40.756601</td>\n",
" <td>-73.949989</td>\n",
" <td>40.826892</td>\n",
" <td>1</td>\n",
" <td>6.20</td>\n",
" <td>0.0</td>\n",
" <td>24.5</td>\n",
" <td>31.20</td>\n",
" </tr>\n",
" <tr>\n",
" <td>4</td>\n",
" <td>2013-04-09 09:39:13 UTC</td>\n",
" <td>-73.981443</td>\n",
" <td>40.763466</td>\n",
" <td>-74.010072</td>\n",
" <td>40.704927</td>\n",
" <td>1</td>\n",
" <td>6.50</td>\n",
" <td>0.0</td>\n",
" <td>24.5</td>\n",
" <td>30.00</td>\n",
" </tr>\n",
" <tr>\n",
" <td>5</td>\n",
" <td>2014-04-19 14:08:46 UTC</td>\n",
" <td>-73.964716</td>\n",
" <td>40.773071</td>\n",
" <td>-73.997511</td>\n",
" <td>40.697289</td>\n",
" <td>1</td>\n",
" <td>8.70</td>\n",
" <td>0.0</td>\n",
" <td>26.5</td>\n",
" <td>33.75</td>\n",
" </tr>\n",
" <tr>\n",
" <td>6</td>\n",
" <td>2009-03-08 08:51:42 UTC</td>\n",
" <td>-73.777129</td>\n",
" <td>40.645050</td>\n",
" <td>-73.944360</td>\n",
" <td>40.662902</td>\n",
" <td>1</td>\n",
" <td>15.40</td>\n",
" <td>0.0</td>\n",
" <td>38.9</td>\n",
" <td>38.90</td>\n",
" </tr>\n",
" <tr>\n",
" <td>7</td>\n",
" <td>2014-05-17 15:15:00 UTC</td>\n",
" <td>-73.980682</td>\n",
" <td>40.734032</td>\n",
" <td>-73.961948</td>\n",
" <td>40.755545</td>\n",
" <td>1</td>\n",
" <td>2.20</td>\n",
" <td>0.0</td>\n",
" <td>22.5</td>\n",
" <td>23.00</td>\n",
" </tr>\n",
" <tr>\n",
" <td>8</td>\n",
" <td>2009-11-01 02:59:23 UTC</td>\n",
" <td>-74.006934</td>\n",
" <td>40.734067</td>\n",
" <td>-73.895708</td>\n",
" <td>40.851511</td>\n",
" <td>4</td>\n",
" <td>12.10</td>\n",
" <td>0.0</td>\n",
" <td>28.5</td>\n",
" <td>29.50</td>\n",
" </tr>\n",
" <tr>\n",
" <td>9</td>\n",
" <td>2009-03-28 20:30:35 UTC</td>\n",
" <td>-73.973926</td>\n",
" <td>40.757725</td>\n",
" <td>-73.981695</td>\n",
" <td>40.761591</td>\n",
" <td>1</td>\n",
" <td>0.50</td>\n",
" <td>0.0</td>\n",
" <td>4.6</td>\n",
" <td>4.60</td>\n",
" </tr>\n",
" </tbody>\n",
"</table>\n",
"</div>"
],
"text/plain": [
" pickup_datetime pickup_longitude pickup_latitude \\\n",
"0 2009-02-12 17:51:38 UTC -73.965325 40.769670 \n",
"1 2012-02-27 09:19:10 UTC -73.874431 40.774011 \n",
"2 2014-05-20 23:09:00 UTC -73.995203 40.727307 \n",
"3 2014-04-30 16:45:10 UTC -73.989434 40.756601 \n",
"4 2013-04-09 09:39:13 UTC -73.981443 40.763466 \n",
"5 2014-04-19 14:08:46 UTC -73.964716 40.773071 \n",
"6 2009-03-08 08:51:42 UTC -73.777129 40.645050 \n",
"7 2014-05-17 15:15:00 UTC -73.980682 40.734032 \n",
"8 2009-11-01 02:59:23 UTC -74.006934 40.734067 \n",
"9 2009-03-28 20:30:35 UTC -73.973926 40.757725 \n",
"\n",
" dropoff_longitude dropoff_latitude passenger_count trip_distance \\\n",
"0 -73.980505 40.748393 1 1.70 \n",
"1 -73.983967 40.744082 1 11.60 \n",
"2 -73.948775 40.813487 1 10.31 \n",
"3 -73.949989 40.826892 1 6.20 \n",
"4 -74.010072 40.704927 1 6.50 \n",
"5 -73.997511 40.697289 1 8.70 \n",
"6 -73.944360 40.662902 1 15.40 \n",
"7 -73.961948 40.755545 1 2.20 \n",
"8 -73.895708 40.851511 4 12.10 \n",
"9 -73.981695 40.761591 1 0.50 \n",
"\n",
" tolls_amount fare_amount total_amount \n",
"0 0.0 11.1 11.60 \n",
"1 4.8 27.7 38.00 \n",
"2 0.0 33.5 38.00 \n",
"3 0.0 24.5 31.20 \n",
"4 0.0 24.5 30.00 \n",
"5 0.0 26.5 33.75 \n",
"6 0.0 38.9 38.90 \n",
"7 0.0 22.5 23.00 \n",
"8 0.0 28.5 29.50 \n",
"9 0.0 4.6 4.60 "
]
},
"execution_count": 5,
"metadata": {},
"output_type": "execute_result"
}
],
"source": [
"# We can slice Pandas dataframes as if they were arrays\n",
"trips[:10]"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"<h3> Exploring data </h3>\n",
"\n",
"Let's explore this dataset and clean it up as necessary. We'll use the Python Seaborn package to visualize graphs and Pandas to do the slicing and filtering."
]
},
{
"cell_type": "code",
"execution_count": 6,
"metadata": {},
"outputs": [
{
"data": {
"image/png": 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\n",
"text/plain": [
"<Figure size 720x576 with 1 Axes>"
]
},
"metadata": {
"needs_background": "light"
},
"output_type": "display_data"
}
],
"source": [
"# TODO 2\n",
"ax = sns.regplot(\n",
" x=\"trip_distance\", y=\"fare_amount\",\n",
" fit_reg=False, ci=None, truncate=True, data=trips)\n",
"ax.figure.set_size_inches(10, 8)"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"Hmm ... do you see something wrong with the data that needs addressing?\n",
"\n",
"It appears that we have a lot of invalid data that is being coded as zero distance and some fare amounts that are definitely illegitimate. Let's remove them from our analysis. We can do this by modifying the BigQuery query to keep only trips longer than zero miles and fare amounts that are at least the minimum cab fare ($2.50).\n",
"\n",
"Note the extra WHERE clauses."
]
},
{
"cell_type": "code",
"execution_count": 7,
"metadata": {},
"outputs": [],
"source": [
"%%bigquery trips\n",
"SELECT\n",
" FORMAT_TIMESTAMP(\n",
" \"%Y-%m-%d %H:%M:%S %Z\", pickup_datetime) AS pickup_datetime,\n",
" pickup_longitude, pickup_latitude, \n",
" dropoff_longitude, dropoff_latitude,\n",
" passenger_count,\n",
" trip_distance,\n",
" tolls_amount,\n",
" fare_amount,\n",
" total_amount\n",
"FROM\n",
" `nyc-tlc.yellow.trips`\n",
"WHERE\n",
" ABS(MOD(FARM_FINGERPRINT(CAST(pickup_datetime AS STRING)), 100000)) = 1\n",
"# TODO 3\n",
" AND trip_distance > 0\n",
" AND fare_amount >= 2.5"
]
},
{
"cell_type": "code",
"execution_count": 8,
"metadata": {},
"outputs": [
{
"name": "stdout",
"output_type": "stream",
"text": [
"10716\n"
]
}
],
"source": [
"print(len(trips))"
]
},
{
"cell_type": "code",
"execution_count": 9,
"metadata": {},
"outputs": [
{
"data": {
"image/png": 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\n",
"text/plain": [
"<Figure size 720x576 with 1 Axes>"
]
},
"metadata": {
"needs_background": "light"
},
"output_type": "display_data"
}
],
"source": [
"ax = sns.regplot(\n",
" x=\"trip_distance\", y=\"fare_amount\",\n",
" fit_reg=False, ci=None, truncate=True, data=trips)\n",
"ax.figure.set_size_inches(10, 8)"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"What's up with the streaks around 45 dollars and 50 dollars? Those are fixed-amount rides from JFK and La Guardia airports into anywhere in Manhattan, i.e. to be expected. Let's list the data to make sure the values look reasonable.\n",
"\n",
"Let's also examine whether the toll amount is captured in the total amount."
]
},
{
"cell_type": "code",
"execution_count": 10,
"metadata": {},
"outputs": [
{
"data": {
"text/html": [
"<div>\n",
"<style scoped>\n",
" .dataframe tbody tr th:only-of-type {\n",
" vertical-align: middle;\n",
" }\n",
"\n",
" .dataframe tbody tr th {\n",
" vertical-align: top;\n",
" }\n",
"\n",
" .dataframe thead th {\n",
" text-align: right;\n",
" }\n",
"</style>\n",
"<table border=\"1\" class=\"dataframe\">\n",
" <thead>\n",
" <tr style=\"text-align: right;\">\n",
" <th></th>\n",
" <th>pickup_datetime</th>\n",
" <th>pickup_longitude</th>\n",
" <th>pickup_latitude</th>\n",
" <th>dropoff_longitude</th>\n",
" <th>dropoff_latitude</th>\n",
" <th>passenger_count</th>\n",
" <th>trip_distance</th>\n",
" <th>tolls_amount</th>\n",
" <th>fare_amount</th>\n",
" <th>total_amount</th>\n",
" </tr>\n",
" </thead>\n",
" <tbody>\n",
" <tr>\n",
" <td>2</td>\n",
" <td>2012-02-27 09:19:10 UTC</td>\n",
" <td>-73.874431</td>\n",
" <td>40.774011</td>\n",
" <td>-73.983967</td>\n",
" <td>40.744082</td>\n",
" <td>1</td>\n",
" <td>11.6</td>\n",
" <td>4.8</td>\n",
" <td>27.7</td>\n",
" <td>38.0</td>\n",
" </tr>\n",
" </tbody>\n",
"</table>\n",
"</div>"
],
"text/plain": [
" pickup_datetime pickup_longitude pickup_latitude \\\n",
"2 2012-02-27 09:19:10 UTC -73.874431 40.774011 \n",
"\n",
" dropoff_longitude dropoff_latitude passenger_count trip_distance \\\n",
"2 -73.983967 40.744082 1 11.6 \n",
"\n",
" tolls_amount fare_amount total_amount \n",
"2 4.8 27.7 38.0 "
]
},
"execution_count": 10,
"metadata": {},
"output_type": "execute_result"
}
],
"source": [
"tollrides = trips[trips[\"tolls_amount\"] > 0]\n",
"tollrides[tollrides[\"pickup_datetime\"] == \"2012-02-27 09:19:10 UTC\"]"
]
},
{
"cell_type": "code",
"execution_count": 12,
"metadata": {},
"outputs": [
{
"data": {
"text/html": [
"<div>\n",
"<style scoped>\n",
" .dataframe tbody tr th:only-of-type {\n",
" vertical-align: middle;\n",
" }\n",
"\n",
" .dataframe tbody tr th {\n",
" vertical-align: top;\n",
" }\n",
"\n",
" .dataframe thead th {\n",
" text-align: right;\n",
" }\n",
"</style>\n",
"<table border=\"1\" class=\"dataframe\">\n",
" <thead>\n",
" <tr style=\"text-align: right;\">\n",
" <th></th>\n",
" <th>pickup_datetime</th>\n",
" <th>pickup_longitude</th>\n",
" <th>pickup_latitude</th>\n",
" <th>dropoff_longitude</th>\n",
" <th>dropoff_latitude</th>\n",
" <th>passenger_count</th>\n",
" <th>trip_distance</th>\n",
" <th>tolls_amount</th>\n",
" <th>fare_amount</th>\n",
" <th>total_amount</th>\n",
" </tr>\n",
" </thead>\n",
" <tbody>\n",
" <tr>\n",
" <td>47</td>\n",
" <td>2012-02-27 09:19:10 UTC</td>\n",
" <td>-73.972311</td>\n",
" <td>40.753067</td>\n",
" <td>-73.957389</td>\n",
" <td>40.817824</td>\n",
" <td>1</td>\n",
" <td>5.6</td>\n",
" <td>0.0</td>\n",
" <td>16.9</td>\n",
" <td>22.62</td>\n",
" </tr>\n",
" <tr>\n",
" <td>7750</td>\n",
" <td>2012-02-27 09:19:10 UTC</td>\n",
" <td>-73.987582</td>\n",
" <td>40.725468</td>\n",
" <td>-74.016628</td>\n",
" <td>40.715534</td>\n",
" <td>1</td>\n",
" <td>2.8</td>\n",
" <td>0.0</td>\n",
" <td>12.1</td>\n",
" <td>15.75</td>\n",
" </tr>\n",
" <tr>\n",
" <td>10544</td>\n",
" <td>2012-02-27 09:19:10 UTC</td>\n",
" <td>-74.015483</td>\n",
" <td>40.715279</td>\n",
" <td>-73.998045</td>\n",
" <td>40.756273</td>\n",
" <td>1</td>\n",
" <td>3.3</td>\n",
" <td>0.0</td>\n",
" <td>10.9</td>\n",
" <td>13.40</td>\n",
" </tr>\n",
" </tbody>\n",
"</table>\n",
"</div>"
],
"text/plain": [
" pickup_datetime pickup_longitude pickup_latitude \\\n",
"47 2012-02-27 09:19:10 UTC -73.972311 40.753067 \n",
"7750 2012-02-27 09:19:10 UTC -73.987582 40.725468 \n",
"10544 2012-02-27 09:19:10 UTC -74.015483 40.715279 \n",
"\n",
" dropoff_longitude dropoff_latitude passenger_count trip_distance \\\n",
"47 -73.957389 40.817824 1 5.6 \n",
"7750 -74.016628 40.715534 1 2.8 \n",
"10544 -73.998045 40.756273 1 3.3 \n",
"\n",
" tolls_amount fare_amount total_amount \n",
"47 0.0 16.9 22.62 \n",
"7750 0.0 12.1 15.75 \n",
"10544 0.0 10.9 13.40 "
]
},
"execution_count": 12,
"metadata": {},
"output_type": "execute_result"
}
],
"source": [
"notollrides = trips[trips[\"tolls_amount\"] == 0]\n",
"notollrides[notollrides[\"pickup_datetime\"] == \"2012-02-27 09:19:10 UTC\"]"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"Looking at a few samples above, it should be clear that the total amount reflects fare amount, toll and tip somewhat arbitrarily -- this is because when customers pay cash, the tip is not known. So, we'll use the sum of fare_amount + tolls_amount as what needs to be predicted. Tips are discretionary and do not have to be included in our fare estimation tool.\n",
"\n",
"Let's also look at the distribution of values within the columns."
]
},
{
"cell_type": "code",
"execution_count": 13,
"metadata": {},
"outputs": [
{
"data": {
"text/html": [
"<div>\n",
"<style scoped>\n",
" .dataframe tbody tr th:only-of-type {\n",
" vertical-align: middle;\n",
" }\n",
"\n",
" .dataframe tbody tr th {\n",
" vertical-align: top;\n",
" }\n",
"\n",
" .dataframe thead th {\n",
" text-align: right;\n",
" }\n",
"</style>\n",
"<table border=\"1\" class=\"dataframe\">\n",
" <thead>\n",
" <tr style=\"text-align: right;\">\n",
" <th></th>\n",
" <th>pickup_longitude</th>\n",
" <th>pickup_latitude</th>\n",
" <th>dropoff_longitude</th>\n",
" <th>dropoff_latitude</th>\n",
" <th>passenger_count</th>\n",
" <th>trip_distance</th>\n",
" <th>tolls_amount</th>\n",
" <th>fare_amount</th>\n",
" <th>total_amount</th>\n",
" </tr>\n",
" </thead>\n",
" <tbody>\n",
" <tr>\n",
" <td>count</td>\n",
" <td>10716.000000</td>\n",
" <td>10716.000000</td>\n",
" <td>10716.000000</td>\n",
" <td>10716.000000</td>\n",
" <td>10716.000000</td>\n",
" <td>10716.000000</td>\n",
" <td>10716.000000</td>\n",
" <td>10716.000000</td>\n",
" <td>10716.000000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>mean</td>\n",
" <td>-72.602192</td>\n",
" <td>40.002372</td>\n",
" <td>-72.594838</td>\n",
" <td>40.002052</td>\n",
" <td>1.650056</td>\n",
" <td>2.856395</td>\n",
" <td>0.226428</td>\n",
" <td>11.109446</td>\n",
" <td>13.217078</td>\n",
" </tr>\n",
" <tr>\n",
" <td>std</td>\n",
" <td>9.982373</td>\n",
" <td>5.474670</td>\n",
" <td>10.004324</td>\n",
" <td>5.474648</td>\n",
" <td>1.283577</td>\n",
" <td>3.322024</td>\n",
" <td>1.135934</td>\n",
" <td>9.137710</td>\n",
" <td>10.953156</td>\n",
" </tr>\n",
" <tr>\n",
" <td>min</td>\n",
" <td>-74.258183</td>\n",
" <td>0.000000</td>\n",
" <td>-74.260472</td>\n",
" <td>0.000000</td>\n",
" <td>0.000000</td>\n",
" <td>0.010000</td>\n",
" <td>0.000000</td>\n",
" <td>2.500000</td>\n",
" <td>2.500000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>25%</td>\n",
" <td>-73.992153</td>\n",
" <td>40.735936</td>\n",
" <td>-73.991566</td>\n",
" <td>40.734310</td>\n",
" <td>1.000000</td>\n",
" <td>1.040000</td>\n",
" <td>0.000000</td>\n",
" <td>6.000000</td>\n",
" <td>7.300000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>50%</td>\n",
" <td>-73.981851</td>\n",
" <td>40.753264</td>\n",
" <td>-73.980373</td>\n",
" <td>40.752956</td>\n",
" <td>1.000000</td>\n",
" <td>1.770000</td>\n",
" <td>0.000000</td>\n",
" <td>8.500000</td>\n",
" <td>10.000000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>75%</td>\n",
" <td>-73.967400</td>\n",
" <td>40.767340</td>\n",
" <td>-73.964142</td>\n",
" <td>40.767510</td>\n",
" <td>2.000000</td>\n",
" <td>3.160000</td>\n",
" <td>0.000000</td>\n",
" <td>12.500000</td>\n",
" <td>14.600000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>max</td>\n",
" <td>0.000000</td>\n",
" <td>41.366138</td>\n",
" <td>0.000000</td>\n",
" <td>41.366138</td>\n",
" <td>6.000000</td>\n",
" <td>42.800000</td>\n",
" <td>16.000000</td>\n",
" <td>179.000000</td>\n",
" <td>179.000000</td>\n",
" </tr>\n",
" </tbody>\n",
"</table>\n",
"</div>"
],
"text/plain": [
" pickup_longitude pickup_latitude dropoff_longitude dropoff_latitude \\\n",
"count 10716.000000 10716.000000 10716.000000 10716.000000 \n",
"mean -72.602192 40.002372 -72.594838 40.002052 \n",
"std 9.982373 5.474670 10.004324 5.474648 \n",
"min -74.258183 0.000000 -74.260472 0.000000 \n",
"25% -73.992153 40.735936 -73.991566 40.734310 \n",
"50% -73.981851 40.753264 -73.980373 40.752956 \n",
"75% -73.967400 40.767340 -73.964142 40.767510 \n",
"max 0.000000 41.366138 0.000000 41.366138 \n",
"\n",
" passenger_count trip_distance tolls_amount fare_amount \\\n",
"count 10716.000000 10716.000000 10716.000000 10716.000000 \n",
"mean 1.650056 2.856395 0.226428 11.109446 \n",
"std 1.283577 3.322024 1.135934 9.137710 \n",
"min 0.000000 0.010000 0.000000 2.500000 \n",
"25% 1.000000 1.040000 0.000000 6.000000 \n",
"50% 1.000000 1.770000 0.000000 8.500000 \n",
"75% 2.000000 3.160000 0.000000 12.500000 \n",
"max 6.000000 42.800000 16.000000 179.000000 \n",
"\n",
" total_amount \n",
"count 10716.000000 \n",
"mean 13.217078 \n",
"std 10.953156 \n",
"min 2.500000 \n",
"25% 7.300000 \n",
"50% 10.000000 \n",
"75% 14.600000 \n",
"max 179.000000 "
]
},
"execution_count": 13,
"metadata": {},
"output_type": "execute_result"
}
],
"source": [
"trips.describe()"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"Hmm ... The min, max of longitude look strange.\n",
"\n",
"Finally, let's actually look at the start and end of a few of the trips."
]
},
{
"cell_type": "code",
"execution_count": 14,
"metadata": {},
"outputs": [],
"source": [
"def showrides(df, numlines):\n",
" lats = []\n",
" lons = []\n",
" for iter, row in df[:numlines].iterrows():\n",
" lons.append(row[\"pickup_longitude\"])\n",
" lons.append(row[\"dropoff_longitude\"])\n",
" lons.append(None)\n",
" lats.append(row[\"pickup_latitude\"])\n",
" lats.append(row[\"dropoff_latitude\"])\n",
" lats.append(None)\n",
"\n",
" sns.set_style(\"darkgrid\")\n",
" plt.figure(figsize=(10, 8))\n",
" plt.plot(lons, lats)"
]
},
{
"cell_type": "code",
"execution_count": 15,
"metadata": {},
"outputs": [
{
"data": {
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1tRUXL15ESEgIBEHAyy+/jJCQEDz22GM3nVNVVXXjvw8dOoTw8PBefUEiMl5KtQYrk3PRqFBh87xYuNlb33LMv85dR1aFHMumhMLD0UYPURIR9Y0er5O2YsUKfP7554iPj0dDQwOWLFkCAEhPT8e7774LAHjwwQfR0tKC2bNnY/HixVi4cCGioqJw9uxZJCUl4eTJk7cstbFp0ybMmTMHc+bMwcmTJ7F69WodfE0iMjaCIGBjehEuVsixJiECkRLHW44prWvFx8dLMSnUHbOivfQQJRFR3xEJgiDoO4jeUirVHJNmZNhv2jO3PttxoQJvpxfh0VEBeHpC8C2fqzUC/vDtBVyrb8O3j46Ah8Otb9nMrc90gX2mPfZZz5hzv3V3TBp3HCAig3O2rAGbDxdjfIgbnhwXdNtjvjlbjkuVTVgxNey2CRoRkbFjkkZEBqVSrsCqPXnwd7bF64lREFvcOhGgpLazzDk5zB0zorg3JxGZJiZpRGQw2pRqLN+dA5VGg83zY+Foc+sEdJVGwNq0AthZibGKi9YSkQljkkZEBkEQBKxLK8Tl6ha8MTsaQW63X+Tynz+XI0fahBenhcGdZU4iMmFM0ojIIHxxugyHCqvxzIRgjAt2u+0xV2pb8MmJUkwN90B8JMucRGTamKQRkd4dK67F334sRUKUJ34z0v+2x6g0Av6SWgAHa0usnB7GMicRmTwmaUSkVyW1rXg1JR+RXo54ZUbEryZfX50pQ56sGSunhd12UVsiIlPDJI2I9KZJocLypBzYWFpg07wY2FqJb3tcUU0Ltp24iukRHpjOMicRmYku9+4kIuoLao2Al/floaJRgb8tGQxvJ9vbHqdSa7AurQADbCzx4rSwfo6SiEh/+CaNiPTiox9L8FNpPVZMC8NQf+dfPW77mXLkyZqxanoYXFnmJCIzwiSNiPpdWl4Vtp8px6IhPlg42OdXj7tc3Yy//3QV8ZGemBrBMicRmRcmaUTUr/JkTXjjQCGG+Ttj2ZTQXz1OpdZgbVohnGwt8eJUljmJyPwwSSOiflPb0oHlu3PgameFt+ZEw0r867egL06XoaCqGaumh8PF3qofoyQiMgycOEBE/UKp1mBlci4aFSp89sDQOy6jUVjVjE9PXkNClCemhHv0Y5RERIaDb9KIqM8JgoCN6UW4WCHHazMjEenl+KvHKtUarE0rgLOtJZazzElEZoxJGhH1uR8uVmL3JSkeGx3Q5XZOn5+6hsLqFrwUHw4XO5Y5ich8MUkjoj51tqwBmw8XY3yIG54cF3THYwuqmvGPU2WYFe2FSWEscxKReWOSRkR9plKuwKo9eQhwscXriVGwuMN+m/8pc7rYWd1x1icRkblgkkZEfaJNqcby3TlQaTTYPC8WjjZ3nqf02clruPxLmdOZZU4iIs7uJCLdEwQB69IKUVTTgr8uiMNAN/s7Hp8va8IXp65hdowXJoa691OURESGjW/SiEjnvjhdhkOF1XhmQjDGBrvd8dgOlQZ/SSuAm4M1XmCZk4joBiZpRKRTmcW1+NuPpUiI8sRDI/y7PP6zk1dRXNOKl+LD4WTLMicR0X8wSSMinSmpbcWalHxEejnilRkREN1hogAA5Eqb8OXpMtwTK8H4EJY5iYj+G5M0ItIJuUKJ5Uk5sLG0wKZ5MbC1Et/x+A5V52xOdwdrvDCZZU4iov/FJI2Iek2tEfDyvnxUNCrw9pwYeDvZdnnO33+6iiu1rXhpRgQG2HIOExHR/2KSRkS99uGxEpwsrceL08Iw1N+5y+NzKuXYfqYMc+MkGNfFxAIiInPFJI2IeiU1T4avfi7H4iE+WDDYp8vj21UarE0rhIeDNZ5nmZOI6FcxSSOiHsuVNmH9gcsY5u/c7V0Ctp24ipK6VrySENHlArdEROaMSRoR9UhNSwdWJOXA1c4Kb8+JhqW469vJpQo5vv65DPMGeePuIJY5iYjuhI+xRKS1DpUGK5Nz0ahQ4bMHhsLV3rrLc9pVGqzbXwBPRxs8NymkH6IkIjJufJNGRFoRBAEbM4qQVSHHazMjEenl2K3zPjleitK6Nrw6g2VOIqLuYJJGRFrZcbESSZekeGx0AOIjPbt1TlaFHF//XI6Fg30wOsi1jyMkIjINTNKIqNvOljVgy+FijA9xw5Pjgrp1jkKpxtq0Ang72eDZScF9GyARkQlhkkZE3VLRqMCqPXkIcLHF64lRsOhiy6f/+NvxUlyrb8MrMyLgYM0yJxFRdzFJI6IutSnVWJ6UA5VGg83zYrs9puzi9Ub86+x1LBrig1EDWeYkItIGH2uJ6I4EQcC6tAIU17TgrwviMNDNvlvnKZRqrNtfCB8nGzw7kbM5iYi0xTdpRHRHX5wuw6HCGjwzIRhjtdjC6aMfO8ucryZEwt76zputExHRrZikEdGvyiyuxd9+LMXMaC88NMK/2+edL2/Et+euY8lQX4wIdOnDCImITBeTNCK6rZLaVqxJyUeUxBEvx4dD1M2JAm1KNdbtL4CPsy2emcDZnEREPcUkjYhuIVcosTwpBzaWFtg0Lxa2Vt0vV354rATlDQqsSYhgmZOIqBc4cYCIbqLWCHh5Xz4qGhX4+N7BkAyw6fa5Z8sa8N35Ctw3zBd3BbDMSUTUG3yTRkQ3+fBYCU6W1uPFaWEY4ufc7fPalGq8vr8Q/i62eJplTiKiXmOSRkQ3pObJ8NXP5Vgy1BcLBvtode4HmSWoaFRgTUIk7LQojxIR0e0xSSMiAECutAnrD1zGcH9nvDBZu3XNzpY14PsLFbhvuB+G+Xf/7RsREf06JmlEhJqWDqxIyoGbvRXemhMNS3H3bw2tHWqsSytAgIstnh4f1HdBEhGZGU4cIDJzHSoNVibnQq5Q4dMHhsLV3lqr89/PvIJKeTv+fv8QrWaBEhHRnfFNGpEZEwQBG9OLkFUhx2szIxHp5ajV+Weu1WPHxUo8cJefVpMMiIioa0zSiMzYvy9UIilbit+ODsD0SE+tzm3pUOH1/YUIdLXDH8cF9U2ARERmjEkakZk6W9aArYeLMCHEDU/0IMl6P7MEUnk71iREsMxJRNQHmKQRmaGKRgVWJuci0NUe6xKjYNHNLZ/+49TVevxwsRJL7/JnmZOIqI8wSSMyM21KNZYn5UAjAJvnx8LRRrv5Q83tKryxvxADXe3w5LiBfRQlERF1O0lTq9WYP38+nnjiCQBAWVkZlixZgvj4eDz33HPo6Oi45RylUomVK1dizpw5mDVrFj755JMbn2VmZiIhIQHx8fHYtm3bjZ93p10i6hlBELA2rQDFNS1Yf08UAl3ttG7j3aNXUNXcjtdmRrLMSUTUh7qdpG3fvh2hoaE3/rx582Y8+uijOHjwIJycnLBjx45bzklLS0NHRwf27NmDnTt34rvvvkN5eTnUajXWrVuHTz/9FPv27cPevXtRVFTU7XaJqGc+P1WG9MIaPDMhGHcHuWl9/snSOuy+JMVDI/wxyNepDyIkIqL/6FaSJpVKceTIESxevBhA59P4yZMnkZCQAABYsGAB0tPTbzlPJBKhra0NKpUKCoUCVlZWcHR0RFZWFgYOHIiAgABYW1tj9uzZSE9P73a7RKS9o0W1+NvxUsyM9sJDI/y1Pr+5XYU3DlxGsJs9Hh8bpPsAiYjoJt0ajLJhwwasWLECLS0tAID6+no4OTnB0rLzdG9vb8hkslvOS0hIQHp6OsaPHw+FQoHVq1fDxcUFMpkM3t7eN46TSCTIysrqdrv/SywWwcXFvjtfRefEYgu9XduYsd+015s+u1zVjNfS8hHn64RNS3q26OzG3dmobm7H94+PgcRDu/XU9IV/z7THPtMe+6xn2G9d6zJJO3z4MNzc3BAXF4dTp05p1XhWVhYsLCxw7NgxyOVyLF26FGPHju1xsL9GrRbQ0NCq83a7w8XFXm/XNmbsN+31tM/kCiWe+Od52Igt8NY90VC0tEOhZRsnSurw77PleGRUAAY6WhvN/zv+PdMe+0x77LOeMed+8/Qc0K3jukzSzp07h4yMDGRmZqK9vR3Nzc1Yv3495HI5VCoVLC0tIZVKIZFIbjl37969mDBhAqysrODu7o7hw4fj0qVL8PHxgVQqvXGcTCaDRCKBq6trt9olou5RaQS8vDcflfJ2fHzvYEgG2GjdRpNChfUHChHsbo/H7+ZsTiKi/tLlmLRly5YhMzMTGRkZ2Lp1K8aMGYMtW7Zg9OjR2L9/PwBg165dmDp16i3n+vj43Hj71traiosXLyIkJASDBg1CaWkpysrK0NHRgX379mHq1KkQiUTdapeIuufDYyU4ebUeL04L6/F6Zn89Uozalg68NjMS1pZctYeIqL/0+I67YsUKfP7554iPj0dDQwOWLFkCAEhPT8e7774LAHjwwQfR0tKC2bNnY/HixVi4cCGioqJgaWmJNWvW4Pe//z0SExMxa9YshIeH37FdItJOSq4MX/9cjiVDfbFgsE+P2jh+pQ57cmR4eFQAYr2793qeiIh0QyQIgqDvIHpLqVRzTJqRYb9pT5s+y5U24Q/fXsAgXyd8sGgQLMXaP4/JFUrc/+VZONlaYvuDw43yLRr/nmmPfaY99lnPmHO/dXdMmvHddYnojmpaOrAiKQfuDtZ4656YHiVoALD1yBXUscxJRKQ3vPMSmZAOlQYrk3MhV6iweV4sXOytetTOseJa7MuR4ZHRgYiWsMxJRKQPTNKITIQgCNiYXoSsCjlemxmJCK+erWUmVyix4eBlhHk44PdjAnUcJRERdReTNCIT8e8LlUjKluK3YwIxPdKzx+1sOVyM+jYlXpsZAaselkqJiKj3eAcmMgFnyxqw9XARJoS44YmxPV/L7GhRLVJyq/DYqABEscxJRKRXTNKIjNz1xjasTM5FoKs91iVGwUIk6lE7jW1KvHnoMsI9HfBbljmJiPSuW3t3EpFhau1QY0VSLjQCsHl+LBxtev5PevPhYjS0KfHuwjiWOYmIDADvxERGShAErE0rQHFNC9bfE4VAV7set3Xkcg3S8qrwu9GBiOzhhAMiItItJmlERuofp64h43IN/jQxBHcHufW4nYbWzjJnhKcDHhsdoMMIiYioN1juJDJCR4tq8PHxq5gV7YUH7/LrVVubMoogV6jwweKe7UxARER9g3dkIiNTXNOCNSkFiJY44qX4cIh6OFEAADIu1+BAQTV+f3cgwj1Z5iQiMiRM0oiMSGObEsuTcmBrZYFN82JhayXucVv1rR146+BlRHk54pGRLHMSERkaljuJjIRKrcHL+/Iglbfj43sHQzLAplftbUwvRlO7Ch8tGcwyJxGRAeKdmchIbD5YiFNXG7BqehiG+Dn3qq1DBdU4VFiNx8cORJing44iJCIiXWKSRmQEUnJl+Ox4Ke4d6ot5g3x61VZdawfeTi9CtMQRv2GZk4jIYDFJIzJwOdImrD9QiNHBbnh+ckiv29uYXoSWDhVemxkJS4ueTzogIqK+xSSNyIDVNLdjRVIO3B2s8d59Q3s9duxgQTXSC2vw+N0DEerBMicRkSFjkkZkoDpUGryYnIcmhQqb58XCzcG6V+3VtnTg7UOXEes9AA+xzElEZPCYpBEZIEEQsDG9CJcq5XhtZiQierlVkyAIeDu9CG1KNdbMjGCZk4jICDBJIzJA/75QgaRsKX47JhDTIz173d7BgmocvlyDJ8YGIcSdZU4iImPAJI3IwPx8rQFbDxdjYqg7nhg7sNft1bR0YGN6EeJ8BuDBEf46iJCIiPoDkzQiA3K9sQ2r9uQi0M0ea2dFwqIXWz4BnWXOtw5eRptSjdcSIiFmmZOIyGgwSSMyEK0daqxIyoVGALbMi4WjTe83BEnLr8LR4lo8OS4IQe72OoiSiIj6C7eFIjIAgiBgbVoBimta8O7COAS42vW6zZrmdmzOKMYgHycsvYtlTiIiY8M3aUQG4B+nriHjcg2enRiCMUFuvW5PEARsOHgZ7SoNXpsZwTInEZERYpJGpGdHi2rw8fGrSIzxwtK7/HTSZmpeFY5dqcMfxwVhoBvLnERExohJGpEeFde0YE1KAWK8B2D19HCIejlRAACqfylzDvF1wv3DdZP0ERFR/2OSRqQnjW1KLE/KgZ21GJvmxsDWStzrNv9T5uxQa7AZTfTGAAAgAElEQVRmJmdzEhEZMyZpRHqg0gh4eV8eZE3t2Dg3Bl4DbHTS7r5cGX68UoenxgchUAeTD4iISH+YpBHpwfuZV3DqagNWTQvHYF8nnbRZ1dSOLYeLMcyPZU4iIlPAJI2on+3LkeGbs9dx3zBfzB3krZM2BUHA+oOFUKoFvJrQ+0VwiYhI/5ikEfWjnEo5NhwsxIgAZzw3KURn7e7JkeFEST3+NCFYJ2usERGR/jFJI+onNc3tWJGcCw8Ha7x5Twwsxbr55ydrasfWw8UY7u+MJcN8ddImERHpH3ccIOoHHSoNXkzORZNChX8sHQoXeyudtCsIAt44UAi1RsCrCREscxIRmRC+SSPqY4Ig4K1Dl3GpsglrZ0Ui3NNRZ20nZ0txsrQef5oYAn8XljmJiEwJkzSiPvb9+QrsyZHhd2MCMTXCU2ftSuUK/PXIFdwV4IzFQ3101i4RERkGJmlEfejMtXr89UgxJoa64/GxA3XW7n/KnBqBZU4iIlPFJI2oj1xvbMPqPXkIdLPH2lm6XRZj9yUpTl1twLMTQ+DnzDInEZEpYpJG1AdaO9RYvjsXGgHYMi8Wjja6m6NTKVfgnSNXMCLQBQuHsMxJRGSqOLuTSMc0goC1aQW4UtuCdxfG6XTdMkEQ8Pr+QgDAqzNY5iQiMmV8k0akY/84eQ0Zl2vw7MQQjAly02nbO7MqceZaA/48KRi+zrY6bZuIiAwLkzQiHTpaVINPTlxFYowXlt6l2/0zy+tb8d7REowKdMGCwSxzEhGZOpY7iXSkuKYFa1IKEOM9AKunh0Okw1KkRhDw0u4ciETAKwkROm2biIgME9+kEelAY5sSy5NyYGctxqa5MbC1Euu0/R8uVuKnK3X486QQ+DixzElEZA74Jo2ol1QaAS/vy4OsqR0f3zsEXgNsdNp+eUMb3s+8gvFh7pg/yFunbRMRkeHimzSiXno/8wpOXW3AqunhGOzrpNO2Nb/M5rQQibBhfhzLnEREZoRJGlEv7MuR4Zuz13HfMF/MjdP9W64dFypwrrwRz08OgQ8XrSUiMitM0oh6KKdSjg0HCzEi0AXPTQrRefudZc4S3B3k2icJIBERGTYmaUQ9UNPcjhXJufBwtMGb90TDUqzbf0oaQcC6/YWwFIvw8gzO5iQiMkdM0oi01KHS4MXkXDS3q7BlXixc7Kx0fo3vz1fgfHkjXpgcComOJyIQEZFx4OxOIi0IgoC3Dl3GpcomvD0nGmGeDjq/Rll9Gz44VoLxIW64J1ai8/aJiMg4dDtJU6vVWLRoESQSCT755BOUlZXhhRdeQENDA2JjY7Fx40ZYW1vfdE5ycjI+++yzG38uKCjArl27EBAQgAcffPDGz6VSKebOnYuXX34ZO3fuxMaNGyGRdP5yeuihh7BkyZLefk8infjufAX25Mjw+zGBmBrhqfP2O8ucBbASi3S+IC4RERmXbidp27dvR2hoKJqbmwEAmzdvxqOPPorZs2djzZo12LFjB5YuXXrTOXPnzsXcuXMBdCZoTz/9NKKjowEASUlJN45buHAhZsyYcePPiYmJWLNmTc+/FVEfOH21Hu8cKcakUHf8YezAPrnGt+eu48J1Of4yM1Ln660REZFx6daYNKlUiiNHjmDx4sUAOks+J0+eREJCAgBgwYIFSE9Pv2Mb+/btw+zZs2/5eUlJCWprazFixAhtYyfqN+UNbXhpbx4GutljbWIkLPrgDdfVulZ89GMpxoe4ITHGS+ftExGRcelWkrZhwwasWLECFhadh9fX18PJyQmWlp0v4ry9vSGTye7YRkpKym2TtH379iExMfGmss6BAwcwZ84cPPvss6isrOz2lyHqC60daixPyoEAYMv8WDhY634op1rTOZvTWmyBl+JZ5iQiom6UOw8fPgw3NzfExcXh1KlTPbrIxYsXYWdnh4iIiFs+S0lJwcaNG2/8ecqUKbjnnntgbW2Nb7/9FitXrsT27dvv2L5YLIKLi32PYustsdhCb9c2ZsbSbxqNgJe+vYCS2lZ89vAIxAW598l1/nG8BFkVcmxeNBjh/q63PcZY+syQsM+0xz7THvusZ9hvXesySTt37hwyMjKQmZmJ9vZ2NDc3Y/369ZDL5VCpVLC0tIRUKr0x0P92fq3UmZ+fD7Vajbi4uBs/c3X9/19QS5YswaZNm7r8Emq1gIaG1i6P6wsuLvZ6u7YxM5Z++/tPV3EwT4bnJ4cgzqNvYi6ta8XWQ5cxMdQdEwc6/+o1jKXPDAn7THvsM+2xz3pGm35TqTVoaFPCw9E0xup6eg7o1nFdljuXLVuGzMxMZGRkYOvWrRgzZgy2bNmC0aNHY//+/QCAXbt2YerUqbc9X6PRIDU19bZJ2t69e2/5eVVV1Y3/zsjIQGhoaLe+CJGuHblcg20nrmJ2jBceGO7XJ9dQawSsSyuAraUFVrPMSUR0k9LaVrx39ApmbzuFuZ+ehkKp1ndI/arHg2tWrFiB559/Hu+88w6io6NvLJORnp6O7Oxs/PnPfwYAnDlzBj4+PggICLiljdTUVGzbtu2mn3311VfIyMiAWCyGs7Mz3nzzzZ6GSNRjRTUteC21ADHeA7A6vu9W/P/mbDkuVTbh9cQoeDhYd30CEZGJa+1Q41BBNZKypciqkENsIcKEEDcsHuoLWyuxvsPrVyJBEAR9B9FbSqWa5U4jY8j91timxCP/PA+FSoPtDw7rs6UwSmpb8dBXZzE22A0b58Z0mQgacp8ZKvaZ9thn2mOf9cx/95sgCMiqkCM5W4qDBdVoU2oQ5GaHuXHeSIyRwN3EHmK7W+7kjgNE/0WlEfDS3jxUNbfj43uH9FmCptIIWJtWADsrMVZx0VoiMlO1LR1IyZUhOVuK0ro22FlZID7SE3PjvDHY18ns741M0oj+y/uZV3D6WgNeTYjAYF+nPrvOP38uR460CetnR5ncEyIR0Z2oNAJ+KqlDakE+MgqqodYIGOzrhFdnBGB6pCfsrc2rpHknTNKIfrE3R4pvzl7HfcN8MTfOu8+uc6W2BZ+cKMXUcA/ER+p+aykiIkN0rb4NydlS7MuRoaalA+4O1lg63A9z4rwR7M6lOG6HSRoRgOxKOd48eBkjAl3w3KSQPruOSiPgL6kFcLC2xMrpYWb/Kp+ITFubUo30wmokZ8twvrwRYhEwNtgNc+O8MXu4P1qaFPoO0aAxSeuGJoUKn528hiF+ThgX7AZry25t1EBGorq5HSuScuHhaIM374mGpbjv/v9+daYMebJmbLgnGm72LHMSkekRBAG50iYkZUtxIL8aLR1qBLra4enxQZgdK4HnL2udWfXhvdZUMEnrhpYOFQ4UVOGfZ8vhZGuJ6RGeSIzx6tMxS9Q/2lUavJici5YOFd5fNAwudlZ9dq2imhb8/aermB7BMicRmZ761g6k5lUh6ZIUV2pbYWtpgWmRnpgX542hfpwE0BNM0rrB28kWyX8YjdNX65GSK8O+XBl2ZlXC19kWC4b5YWqIGwJd7fQdJmlJEAS8degysiub8PbcGIR5OvTZtVRqDdalFcDR2hIvTgvrs+voWmFVM0I9HCC24M2ViG6l1gg4ebUeyZekyCyuhUojIM5nAFbHh2NGpCccbZhm9AZ7r5ssLUQYG+yGscFuaOlQ4cjlWqTkyvDR0WJ8eKQYcT4DMCvaCzMiveBi33dvY0h3vjtfgb05Mvzh7kBMDffo02ttP1OOPFkz3poTDVcjKXN+e+46thwuxrsL4zA22E3f4RCRASlvaMOeHBn2ZktR1dwBFzsr3DvMF3PivBHm0XcPvOaGSVoPOFhbYnasBLNjJVBYWODfp64iNa8KmzKKsfXIFYwNcsWsGAkmhLiZ3erIxuL01Xq8c6QYk8Pc8fu7B/bptYqqO8uc8ZGemBZhHGXOtLwqbDnc2T+jBt5+w3ciMi8KpRqHi2qQfEmKn8saYSECxgS5YtmUUEwIdTf6MWYqjYAL5Y2I9naEg7VhpEeGEYUR83ayxW9GBuA3IwNwuboZqblVSMuvwrErdXCwFmNahAcSYyQY5u8MC9bjDUJ5Qxte2puHgW72+MusyD79/6JSa/CXtAI42VrixanGUeY8UVKHv6QV4K4AZ7wxOxqWLHUSmS1BEJBf1YykS1Lsz69Cc7safs62+OO4zkkAkj5a8Ls/KZRq7MmR4eszZaiQt2PzvFhMCnPXd1gAmKTpVLinI8InOeLpCcE4W9aAlLwqHCqoQXK2DN4DbDAz2guzYrwQ4s5XwfrS2qHG8qQcCAC2zI/t86elL06XoaCqGRvnxhhFGTyrQo6VybkI83DA5nmxsOFMZiKz1NCmRFpeFZKzpbhc3QIbSwtMCffAvDhvDA8wjZcOcoUSOy5U4ttz11HfpsQgHycsmxqGCSGGM7yDSVofEFuIMGqgK0YNdMWqaWE4WlSLlDwZvjpThi9OlyHKyxGzYrwwI8qLm2r3I40g4LXUfJTUtuK9RYPg79K3kz0Kq5rx6clrSIjyxJQ+HvOmC8U1LXh+VzY8Ha3x7sI4DvglMjMaQcCZqw1IypbiSFENlGoB0RJHrJwWhoQoLwywNY17QnVzO745ex07L1aiVanGuGA3PDIqwCBnoJpGjxswWysxEqK9kBDthdqWDhwoqEZqrgx/PXIF7x29glEDXZEYI8GkMHfYcfxan/rs5DUcKarF85NDMLqPx1mp1BqsTSuAs60llhtBmbNSrsCzP1yCldgC7y8exK2qiMxIpVyBPdlS7MmWQdrUDmdbSywc7IO5cd6I8HLUd3g6c7WuFV/9XI6UXBnUGgHxkZ54eGSAQX9HJmn9yN3BGg8M98MDw/1QUtuK1DwZUnOr8GpKPuytxJgS7o5Z0RKMCHThkgc6dvhyDbaduIrZsRI8MNyvz6/3+akyFFa3YPO8mD5de00X6ls78MyOS2hVqrHtviHwc+ZyMkSmrl2lwdGiGiRnS3H6agMAYPRAV/xpYjAmhXmY1FCHXGkTtp8pQ0ZhDawtLTAvzhsPjvDv82qKLjBJ05Ngd3s8NT4YT44LwoXrjUjJrUJ6YTX25VbB09EaCVFeSIzxQrin4Wb4xqKougWvpeYj1nsAVk8P7/PX2QVVzfjs1DXMjPbCpDDDLnO2dKjw553ZkDW144NFg/j3jcjEFVY1IzlbitS8KsgVKvg42eAPdw/EPXES+DjZ6js8nREEAWeuNeDL02U4fa0BjjZiPDo6APcN8zOqSgGTND2zEIkw3N8Fw/1dsGJqGI4V1yI1rwr/OncdX/9cjjAPByTGeCEhygteJjCLpr81tCmxLCkHDtaW2DQvps+fDpW/lDld7KywfEpon16rtzpUGqxIykVhVTM2zYvFUH9nfYdERH2gSaFCWn4Vki9JkV/VDCuxCFPCPDB3kDdGBrqYxCSA/1BrBBwtqsEXpzu34PNwsMazE4OxYLCPUY6zNb6ITZiNpQWmR3pieqQnGlqVOFBQjbQ8Gd7LLMH7mSUYEeiCxBgvTAn3MJg1XAyZSiPgpb15qG5uxyf3DrmxX1xf+uzkNVyubsGW+bFwNuAyp1rTOYnizLUG/GVmJCaEGsZ0cyLSDY0g4GxZA5IuSXGkqBbtKg3CPR2wfEooZkZ7GfT9qSc6VBqk5smw/Uw5rtW3IdDVDi/HhyMxRmLU+23zN72BcrHvXL353mG+uFbfhtRcGVLzqrA2rRBvHSrC5DB3zIqRYPRAV65j9SveO3oFZ6414NWECAzqh31W82VN+OLUNSTGeGGiASc9giBgU0YRDhXW4M+TQjA7VqLvkIhIR6RyBfbmyLAnR4aKRgUcbcSYEyvBvEHeiJIM0Hd4OtfSocKuLCm+OVuO6uYORHk54q050Zgc5mESY7uZpBmBQFc7PDEuCI+PHYisCjlS86pwqKAa+/Or4WZvhRm/jF+L8nI0uOnD+rInW4p/nbuO+4f7YW6cd59fr0Olwdq0QrjaW2OZgZc5//7TVfxwsRIPjwzAQyP89R0OEfWSUq1BZnEtki5JcbK0HgKAEYEu+OO4IEwOczfJnW/qWzvw7fkK/Pt8BZraVRgZ6ILXZkZiVKCLSf0eZJJmREQiEYb4OWOInzOWTQnF8St1SMmrwg8XK/DtuesIdrPHrBgvzIz2MqkBoNrKrpTjzUOXMSLQBX+eFNIv1/zs5FUU1bTgrwti4WRruGWE789fx99/uoa5cRI8MyFI3+EQUS8U1bQg+VLnJICGNiW8HK3x2zGBmBMnMdlZ2hWNCnz9czmSs6XoUGkwJdwDD48KQKy36b0lBJikGS0rsQUmh3tgcrgH5AolDhXWIDVXho9+LMVHP5ZiuL8zZkV7YVqEp8ksQNgdTQoVViTlwtPRBm/e0z9bGuVKm/Dl6TLMjpVgfIjhljkP5Fdhc0YxJoW6Y3V8hEk9bRKZi+Z2FQ7kVyE5W4YcaRMsLUSYHOaOOXHeGD3Q1SRKfLdTVN2CL8+U4WB+FUQiEWbHSPDQSH8EudnrO7Q+ZT6/vU2Yk60VFg72wcLBPrje2Ia0vCqk5FZh/cHL2JRRhAmhneuvjQ12NfoNcLvSplQj2N0eL0wO7Zf1yTrLnAVwc7DGssmGW+Y8WVqH11ILMNTfGW/MjuI4RiIjIggCzpU3Yk+2FIcKa9Cu0iDUwx7PTw5BYrTEKLac66kL5Y348kwZfrxSB3srMe4f7o+ld/mZzWoHTNJMjJ+zHX43ZiB+OzoQubJmpObKcCC/GumFNXC2tUR8pCcSYySI8xlgkm9SvAbY4KMlg/vten//6Squ1LbinYVxBvvGMrtSjheTcxHsbo+t82NNcnwKkSmqbm7vnASQLUVZgwIO1mLMjpFg7iBvxEhMdwyyRhBw/EodvjxdhosVcrjYWeHJcQOxeIivyc1K7Yph/lahXhOJRIj1HoBY7wF4blIITl6tR0puFfbkyLDjYiUCXe06N3yP9jKKVZcNUc4vq1jPjZNgXLDhbMj730pqW/Hczmy4O1jjvUWDjHKdICJzolJrcOxKHZKzpThRUgeNAAz3d8bvxgzEtAgPk37IUqk1OFBQje1nylBc0wofJxusmBqKuXHeJv2974R3bDNgKbbA+BB3jA9xR3O7ChmXO8ev/f3EVWw7cRWDfZ0wK9oL0yM9DX4LI0PRrtJgbWoBPBys8byBljmlcgWe2ZEFS7EF3l80CB5GtMo2kbkpqW1FcrYUKbky1LUq4eFgjYdHBmBunDcCXE37QVqhVCM5W4qvfy5HpbwdoR72WDsrEjMiPWFp4kN0usIkzcw42lhibpw35sZ5QypXYH9+NVJyZXg7vQhbDhdjfIgbZkV7YXyIu1EvANjXtp24ipK6Vry3KM4g3041tCrxpx869+P85N4hfFtKZIBaOlQ4VFCNpEsyXKqUQ2whwoQQN8wb5I0xQW4mP3a0sU2Jz05exbfnKtDQpsQQXye8OC0M44LdTLaUqy3D++1C/cbbyRaPjArAwyP9UVjdgpRcGfbnV+NIUS0G2FhieqQHZkVLMMTPyaS2Demt7Eo5vv65DPMGeePuIMMrc7Z2qPHcrmxUytvx/qJBiPDifpxEhkIQBGRVyJF0SYpDhdVoU2oQ7GaPP08KwaxoL6PaV7Knqpra8c3Z69h9qRItHWqMD3HDIyMDuDXdbTBJI4hEIkR6OSLSyxF/mhiCn691jl9Lza3CriwpfJ1sMDNGglnRXiY/3bkr7b/M5vR0tMFz/bQGmzaUag1WJuciX9aEt+fGYhhvekQGoaalAyk5MiRnS3G1vg32VmLMiPTC3EHeGGSiE7n+V2ldK74+U459uTIIgoB7Bvvi/iE+CPN00HdoBotJGt3E0kKEMUFuGBPkhtYONY4U1SA1twpfnLqGf5y8hhjvAUiM9kJ8lCfc7E3/ie9/fXK8FKV1bfjAAAfhawQBr6UW4OTVeryaEIFJYYa7ZhuROVBpBJwoqUPyJSl+vFILtQAM8XXCw6MCMD3CE/bW5jEYPkfahO2ny3D4cg2sLS2wcLAPHhzhj5iBbmhoaNV3eAbNsH7LkEGxtxYjMUaCxBgJqpvbceCX8WubDxfjr0eKcXdw5/i1iaGmue3I/8qqkOPrn8uxYLA3Rge56jucmwiCgM0ZxThYUI1nJwb3y1ZYRHR7V+takZwtw75cGWpbOuBmb4UHR/hjTpy32VQjBEHA6WsN+OJ0GX6+1oABNpZ4bEwg7hvma5YP+D3FJI26xdPRBg+O8MeDI/xRVNOC1NwqpOXJ8OOVOjhYizE13AOJMRIMD3A2yfFrCqUaa9MKIBlgg2cndpY5G9qUcLK1NIjv++nJa/j3hQo8NMIfvxkZoO9wiMxOm1KNQwXV2JMtxfnrcohFwLgQ9xtL9JjLLEW1RsCRohp8eboMebJmeDpa48+TQrBgsDccrJlyaIs9RloL83DAnyYG46nxQThX3oDU3CpkXK7BnhwZvBytMTNagsQYL4R6mM44g4+PX8W1+jZ8sLizzNnSocLCz87gmYnBWDjYR6+x7bhQgW0nruKeWAmenRis11iIzIkgCMiubML+o1ewN6tzEHygqx2emRCM2TFe8HA0j1Xxgc7dV/blyvD1z+W4Vt+GQFc7vDIjHLOiJVwpoBeYpFGPiS1EGBnoipGBrnhxWhgyi2uRkluFf/5chu1nyhDh6YDEGAkSojyN+mZ18XojvjlbjkVDfDB6YGeZ86eSejS1qxDkpt+lLQ4WVGNjehEmhLjh5Rncj5OoP9S3diAltwpJ2VKU1LbCzkqMaREemBfnjSF+Tmb177C5XYVdWZX45ux11LR0IFriiLfnRGNSmIfJ7iPan5ikkU7YWokxI8oLM6K8UNfagQP51UjNq8I7R6/gvcwrGBXoilkxXpgS7gE7Ixq/plCqsW5/IbydbPCn/3pLdaSoBi52Vhjsq7/Zk6dK67EmJR9D/JywoZ82kycyV2qNgJOl9UjKliKzuBZqjYBBPgPwcnw4Fo0aCLWiQ98h9qu61g58e+46/n2hAs3taowKdMHaWZEYGehiVklqX2OSRjrnZm+N+4f74f7hfiitbUVqngypeVV4LbUAbx26jMlhHlgyKhAxbnYG/6T10Y+luFbfho+WDLoxnkKl1uB4SR2mhHn0ODHSCALW7S9EhKcDlt7lr/X5OdImrEjO+WU/zjizmLhBpA/lDW1IzpZiX44MVc0dcLWzwn3DfDE3zvvGkI4BtpZoMJMk7XpjG74+U449OTJ0qDSYGuGBh0cGIMZ7gL5DM0lM0qhPBbnb44/jg/HEuCBcvC5HSq4Mhwo737J5OFhjRlTnhu8Rng4G9/R1vrwR3567jsVDfDAy8P9nc54tb0Rzu7pXS1x8c/Y69uXIcFdChNbnlta24s8/XIKrvTXeM+CN3YmMlUKpRsblGiRnS3G2rBEWIuDuIDcsm+qNCSFusDKTSQD/7XJ1M748XYZDBdUQiUSYHSvBb0b4Y6CZzFbVF97dqV9YiEQY5u+MYf7OWD41DOdlzdhxpgzfn6/AN2evI9TDHrOiJZgZ7QXJAP2PX2tTqvH6/gL4ONviTxNvXrT2aFEtbCwtboxP01a+rAkfHivB5DB33BMr0epcWVM7nvnhEsQWInywaJBRj/UjMiSCICBP1ozkbCn251ehuV0NfxdbPDU+CLNjJPAygPtSfxMEAReuy/Hl6TIcL6mDvZUYD9zljweG+5llf+gDkzTqdzaWFpgZ640xfk5oaFPiUEE1UnKr8MGxEnx4rAR3BbpgVrQXpoZ76G3B2A+PlaCsQYGP7x1804KTgiDgaFEN7g5yvVFiVKo1ANCtp+s2pRqv7MuHm72V1gP961s78Kcdl9DcrsIn9w4x+U2XifpDQ5sSqXlV2JMtxeXqFthYWmBquAfmDfLGMH/TXFKoKxpBwI9X6vDl6TJkVcjhameFp8YHYdEQHzjZWuk7PLPCJI30ysXOCouH+mLxUF+UN7QhNbcKKXkyvL6/EBvTizAp1B2zYrwwZqBrv60zdK68Ad+dr8C9Q31xV4DLTZ/lVzWjqrkDf/yl1NmmVOORr89j1EAXLJ8a1mXbfz1SjGv1bfhwySC42HX/ZtemVOPZ7y/iemMb3ls0CJES7sdJ1FNqjYDT1+qRfEmGo8U1UKoFREscsWp6GBKivAxuN5H+olJrcKCgGl+eLsOV2lb4OtngxWlhmBMr4bhXPTHPv4lkkPxd7PCHsQPx+7sDkV3ZhJRcGQ4WVONAQTVc7awwI8oTs2IkiJE49tn4tTalGuvSCuHnbItnbrPm2JGiWliIgPHBnUnau0evoLSuFS9O6zpBO3y5BruypHh4ZMBNY9y6olRr8GJyLrLKG/H2nJhbEkci6p6KRgX2ZEuxJ0cGWVM7nG0tsWiIL+bGSRDuab4PPgqlGkmXpPj653JIm9oR5uGA1xOjMD3Sk7PG9YxJGhkckUiEQb5OGOTrhBemhOJEST1S82TYlVWJ785XYKCrHRJjOsev+Trb6vTaH2SW4HqjAp/cN/i2S4UcLarBUD9nuNhb4fiVOvxwsRIP3uWPEYF3Tpyqmtqx/kAhoiWOeHLcwG7HoxEErE0rwMnSemyYH4fJoW5afycic9au0uDIL5MAzlxrAACMDnLFc5NCMDHU3awXWm1sU+L7CxX4/nwFGtqUGObnhFXTwzE22NXgJnKZKyZpZNCsxBaYFOaOSWHuaFKokF5YjZS8KvzteCn+drwUw/ycMDNGgukRHr0eK3G2rAHfX6jA/cP9MNz/1qSrvKENxTWteH5yCBpalXj9QCFCPezxx/FBd2xXIwh4La0A7SoNXk+M6vbMMEEQsPVwMfbnV+OZCcFYcpc/NyMm6qaCXyYBpOVXQa5QwdfJBn8YOxBzYiXwdtLtw52xkTW145uz5diVVYk2pQYTQtzwyKgADPHT37qPdHtM0shoDLC1xPzBPpg/2AcVjQrsz69CSq4Mbx68jM0ZRZgQ4o7EGC+MDdZ+inxrh3XDuR4AACAASURBVBrr0goQ4GKLp38l6TpaVAsAmBTmjg2HLqOxTYl3F8bBposn8a/PlOPnaw14ZUa4VtPV/3HqGr47X4Gld/nh4ZHar6VGZG7kCiXS8qqRnC1FQVUzrMUiTAn3wNw4b4wIdDHLSQD/rbS2FdvPlCE1rwqCICAh2gu/GRmAMBPaws/UMEkjo+TrbIvHRgfi0VEByJM1IzWvCgfyO/cQdba1xIZ7ojFKiyUy3s+8gkp5O7bdN+RXB8geLapBuKcDLpT/H3v3HRh1fT5w/J1JErLnZU+yw96yZQeCFCcIUrustlql1LpQUXDhaGtt/f1afwJKbbUiYe8hKiQQhASyB7mMu+w9bn1/f0Sp1lxYCUnI8/oLku/dfe6bu/s+93k+n+dp4HBuFb+aHEqUd9frWDK1jbzzRRG3RnZcKK7Up2fL+OsXF0mM9eaRqWGSehDCDJOicKq4juQMDYdzq9AZFaK8HVk9I4I50V64XMUGnZvV+fIG3k9RczSvGltrS5YM82XZ6AB8B/iMYn8gQZro1ywsLIhVORGrcuKRKaGcvFjH0fyq75XNuJzU4lo+OVvO0lH+DA/ofLq/pkXH2bIG5sX68NqhPIb7O3Pv6K5nt74tt+HhYMOTs4ZccaB1MKeSlw/kMSnMnadnRw74b/9CdEbT0Mb281p2ZGgoa2jHaZA1ixJ8WRSvkt3PdCyXOHmxlo0pak6p63G2s+b+8UHcNcIPNwfb3h6euEISpImbhrWVJbeEuXNL2JUvrm/WGXhhbw5Bbvb88pYQs8cdz6/BpMCR3CoUBZ6bF3XZllavH85HXdvKX+4cesXr5VIu1vLMriyG+jnz0oKYG1Z2RIj+QGcwcSy/mm0ZGk4W1aIAY4JceXBSKNOGeF526cFAYDQpHMqtYmOKmuyKJrwdbfnN1DBuG6q61NpO9B/yFxMD2p+OFaJpaOd/7zaf5gQ4mt+xHq1ZZ+SZ2ZH4u3RdSPZQTiXb0jWsHBt4xSUzLmgaWb3tAkFu9ryxOE7qEgnxjbzKZrZlaNh9QUt9mwEfp0H8ZHwQC+NV3b7Du79qN5jYeUHL5lQ1JXVtBLvZ88zsSObFeg/INlY3CwnSxIB18mLtpRIaXe1qatUbOfZNkDY13IOF8V23ctI0tLFufy6xKid+MfHKym1crGnhkU8zcLW35k9LEqSqtxjwmtoN7M2qIDlDywVNIzZWFkwN9yQpwYexQW6XnckeKJraDXx6tpwtaaVUN+uIVTnxSlIYU8M95BzdBCRIEwNSU7uBF/fmEOxmf9m6ZZ9/E6ABPDm767VlRpPCc3uy0RtNvDg/+orSlRWN7fzqk3QsgD/dPhQv6ccpBihFUUgrqSc5Q8PBnCraDSYiPAfz2PRw5kV74+ogX16+Vd2s46O0Uj45W0ZTu5HxwW68MD+K0YGustHoJiJBmhiQ/nisgIqmdv529/DLphWf2pkFwKtJsbhfZsHt5lQ1p9X1rJkTeUW9Netb9fz63+k0thv4651DCZJ+nGIAqmhsZ+cFLckZGkrq2hhsa8WCOB+S4lXE9GCHkf6opK6VD06VsD1Dg96ocGukF/eNDSDax6m3hyZ6gARpYsA5UVTD1nMalo8OIMHPuctjT31ToRxg+hDPLo89r2nkr19eZGakFwviuk6JQkca9dGt51HXtfLHHyXIh6wYUPRGE58X1JCcruGroo6NOaMCXfjZhGBmDPGUNZn/JaeiiU2pavZnV2JlacGCOB/uHR0oX+xuchKkiQGlqd3Ai/tyCXG35xdd7Ob89thffnwOgGfnRnZ5bIvOyDM7M/EcbMsTsyIu+83fYDTx++0XOK9p4KWFsZdtKyXEzaKgupnkdC27LmipbdXj7WjLyrGBLIhTXdHs80Dybfp3Y4qar4pqGWxrxb2jA7hnpD+esixiQLjiIM1oNLJkyRJ8fHx49913UavVPPbYY9TV1REXF8err76Kre33U0HJycn8/e9/v/T/7Oxstm7dSkxMDMuXL6eiogI7u46dOe+99x4eHh7odDp+97vfcf78eVxdXXnzzTcJCJBq66J7vHW0gMqmdv5+z/DLbtd/43D+pX/PGOLV5bEbDuVRWt92ReU2TIrC2r05fFlYy5OzhjDjMjN0QvR3zToD+7M6OgGklzdiZWnBlHAPFsWrGB8imwD+m0lR+Dy/mo0patLLG3F3sOHBSSHcPswPJzuZWxlIrvivvWnTJsLDw2lqagJgw4YNrFy5ksTERNasWcMnn3zC0qVLv3ebpKQkkpKSgI4A7aGHHiImJubS7zds2EBCQsL3bvPxxx/j7OzM/v372blzJxs2bOCtt9665icoxLe+LKxhW7qGFWMCifftOs15JLeK7ee1AEwKc++yOO6B7Eq2n9dy/7jATnt+fpeiKLx1pIDdmRU8OCmExUN9r/6JCNEPKIrC2dIGtmVoOJBdSZvBRKiHA7+ZGsa8WO/Lru8ciAxGE3uyKtiUUkJhTQt+LnY8fmsEC+J8JP07QF1RkKbRaDhy5AgPPPAA77//PoqicOLECV5//XUAFi9ezNtvv/2DIO27du7cSWJi4mUf69ChQ/zqV78CYM6cOaxduxZFUWThqLgujW0G1u3LIdTDgZ9fpixGdbOOdftzsbQAkwLTIjzMHqtpaGP9/lzifZ342YTLl9t4P0XNP9JKuWekPyvHBl718xCir6tq1rHzfMcmgOLaVhxsrJgb401SvIp4Xyf5LO9Eq97IZ+kaPjxVgraxnSFeg3lxfjS3RnlhLbOMA9oVBWnr169n9erVNDc3A1BbW4uzszPW1h03V6lUaLXaLu9j165dvPPOO9/72ZNPPomlpSWzZ8/mwQcfxMLCAq1Wi69vx+yCtbU1Tk5O1NbW4u5uvoq8lZUFrq5X3ri6O1lZWfbaY/dnN/q8vbw1neoWPX9ZNgofT/MtYxRF4Xc7MmnRG5kbp2L3eQ2JIwJw7WT9h9Gk8OC/0zEpCm/dPQLPyzRP/+cpNe8cL2LRMD+eWxSP5VV++Mpr7erJObt613LO9EYTR3Mq+SStlCM5lRhNCqOD3XhwWjjz4lU43OSV7q/1dVbbouODE8VsOnGRulY9Y0LcWHdbPFOGeA6IYFben5d32XfO4cOHcXd3Jz4+npMnT17Tg5w9exZ7e3siI/+z+HrDhg34+PjQ1NTEww8/zLZt27jtttuu6f6NRoW6upZruu31cnV16LXH7s9u5Hn7oqCGf6eVsnJsIEGONl0+7tZz5RzOruTRaWHsPK9lqK8z1gZjp7d570QxqUW1PDc3ChdLurzfQ7lVrNl+gYmhbvx+ehgNDa1X/TzktXb15Jxdvas5Z0U1LWzP0LDzQgXVzTo8BtuybFQASfE+BH/zpUXXokPXouvJIfe6q32daRra2HK6lK3nymkzmJgS7sGKMf8pql1ff/WfD/3RQH5/enld2W7+ywZpaWlpHDp0iGPHjtHe3k5TUxPr1q2joaEBg8GAtbU1Go0GHx/zJQc6S3V+e7yjoyMLFizg3Llz3Hbbbfj4+FBeXo5KpcJgMNDY2Iibm9sVPRkh/ltDm551+3MI83C4bDpSXdvKm0fyGR3kytQID948UsDDU0I7PTajvIH/+bKI2VFezI/17vJ+TxXX8fTOTOJUzry8MFb6cYp+rUVn5EBOJcnpGs6WNWBlAZPCPFgYr+KWMHdJz3WhsLqFTalqdmdWADA32ovlYwIJ9xzcyyMTfdVlg7RVq1axatUqAE6ePMl7773H66+/zsMPP8zevXtJTExk69atzJgxo9Pbm0wmdu/ezZYtWy79zGAw0NDQgLu7O3q9niNHjjBhwgQAZsyYwdatWxkxYgR79+5l/PjxA2LaV/SMN44UUNOs4/Xb4rDtYjenwaTw7O5srCwteHZOJEfyvmkDFfHDnZfNOgNP78zC22kQv5/ZdQcCgJcO5BLoas+bi+Owl8W/oh9SFIX08kaSMzTsz6qkRW8kyM2eX08OZX6cD56DZRNAV9LLGtiUquZIXjV21pbcMdyPZaP8UTlL31HRtWteKLB69WoeffRR3nrrLWJiYrjjjjsAOHjwIBkZGTzyyCMApKam4uvrS2DgfxZJ63Q6fvrTn6LX6zGZTEyYMIE777wTgNtvv53Vq1cza9YsXFxcePPNN6/n+YkB7PP8anZ+s+sy5jKFYjenqkkvb+CF+dGonO04mldFqIdDp4UiXzuUT3lDG+/eOeyKtsO/vDAGH6dB0o9T9Ds1LTp2XaggOV1DYU0L9jaWzIz0YlGCiqF+zvIFuguKonDiYi0bUzq6kDjbWfOzCUHcOdxf2luJK2ahKIrS24O4Xnp952uGboSBnFO/Hj193hra9Nz1/mlc7W3YuGxEl7NoWdpGVm75mukRnqxfEE1Dm4E5f/mKFWMDeXDS99Od+7IqeGpnFj8dH3TZYrjdTV5rV0/O2dVzdLJjz9lStqVr+LygBqNJIcHXmUUJPsyM8mLwTb4J4Fp893VmMCkcyqlkY4qanMpmvB1tWTY6gNsSfLss5TMQDeT3Z7etSROiP3r9cD61LTreXNx1mrNNb2TNrmzc7G34/cyOTgFfFNZgVH6Y6ixvaOOlA7kk+DrzkysotyFEf6KubSU5Q8PuzAq0je24O9hwz0h/Fsb7EOYha6Yup91gYsd5DZtTSyitbyPE3Z41cyKZG+ONjaxDFddIgjRx0zmaV82uCxX8dHzQZfth/vl4EYU1LfxxSTwu9h0piCN51Xg72hLj859SHQaTwppdWSgKvJAYJYujxU2hTW/kUG4V29I1pJXUY2kBU4Z4sWq6F5PD3GWTyxVoajfwz2MFvPdFITUteuJUTvxmahhTIjywlHSwuE4SpImbSn2rnpcO5DLEazD3jw/q8tiTF2v5KK2UO4f7MSGkow5fm97IV4U1JMb5fO8D9v2TxXxd2sDz86Lwd5H+gqL/UhSFC9omktM17M2qoFlnJNDVjgcnhZAY60NkoNuATUFdjapmHf84Xcq/z5bRrDMyPsSNlWMDGRngImv1RLeRIE3cVDYczqeuVc8ffhTfZYqhoU3P2j3ZBLvZ8+vvlNlILa6jzWD6XpeBc2UN/O2ri8yN8WZ+rPlSM0L0ZXUtenZlatmeoSWvqplB1pbMjPRkYbxKAouroK5t5YNTJew4r8FgUrg10ouHZgzB30Eup6L7yatK3DSO5FaxJ7OCn08IJsrbfFcBgFcP5lHdrOPvS0d8ryfe0bxqBttaMSqwowdnU7uBZ3Zl4eM0iMdvjejR8QvR3YwmhZMXa9meoeFIXjUGk0KcyoknZkYwO9obx0FyCbhS2domNqaqOZhTiZWlBQvjVNw7OoBAN/sBvQBe9Cx5h4qbQt03ac5Ir8H8eFzXPTH3ZVWwN6uSn08MJk71nzVrRpPCsfxqJoW5X5qFe/VgHtqGNt69a5hc0ES/UVrfyvYMLTvOa9E2tuNiZ80dw/1IilcR4SWbAK6UoiikldTzfoqaE0W1DLa14t7Rgdwz0g/PTlrFCdHd5KojbgobDuXR0GbgT0sSulzsXNHYzssH8ohTOfHjcd9fs5Ze1kBtq54p4R2pzj2ZFez+Zmbu23YtQvRVbXojR/Kq2Zah4VRxHRbA+BA3Hp0WxuQwjy53OYvvMykKx/Kq2ZiqJqO8EXcHGx6aFMKSYX5XVBtRiO4irzbR7x3KrWJvViW/mBhMZBdpTpOisHZvNnqjiefn/XCH5tH8aqwtLZgY6k5pfSsvH8hlmJ8zP77MBgQhelOWtpFt6Rr2ZlXS2G7Az3kQv5gYzII4H6lof5X0RhN7MivYlKqmqKYVfxc7fj8zgsRYn+8tixDiRpEgTfRrdS16XjmQS7S3IyvHdp3m/OTrMk5erOP3MyMuNX/+lqIoHMmrYkyQK3Y2VjzyaQYAa+dHS7kN0efUt+rZm1XBtnQNOZXN2FpZMH2IJ4sSVIwKdJXSD1epRWfks/RyPjxVQkWTjiFeg1mXGM2MSC95/4teJUGa6Nde/SbN+efbh3aZ5iyqbuGPxwqZGOrGj4b6/uD3BdUtlNS1sXx0AP93ophzZQ28OD8aPxeZiRB9g0lRSC2uIzldw5G8KnRGhWhvR353awRzor2k7dg1qGvR888zpfzr6zIa2gyMCnThqdmRTAhxk92uok+QIE30WwdzKtmfXckvbwnpcjG0wWhize4s7KwteWZ2ZKcfvke/aajuYm/DKwfzmB/rzZwY7x4buxBXStPQxvYMLdvPayhvaMfZzprFQ31ZGK+67C5m0TlNQxsfni7ls3Pll0rurBgTSIKfc28PTYjvkSBN9Es1LTpePpBHjI8jKy6T5vzbiWIytU28sjDG7I6so/nVhLjb84ejBfg627F6hpTbEL1HZzBxJK+K7RlaTl6sBWBssCu/mhzK1AhPBskmgGuSX9XM5lQ1e7IqAZgX483yMQHS9kr0WRKkiX7p1YN5NOsMPDt3aJdrRtLLGnj/ZDGJsd7MiPTq9BhtYzsXNI0AWFnA/949XMptiF6RW9nEtnQNezIrqG8zoHIaxE8nBLEgTiWp9+twrqyBjSlqjuVXY2dtyZ3D/Vg6yl82Vog+T65Eot/Zn13JwZwqHpwUQrin+W/ArXojz+7OwstxEL/tYmbsWH71pX//bGKwpDzEDdXYZmBvVgXJGRoytU3YWFkwLcKTpHgfxgS5YSUL16+Joih8WVTLxhQ1Z0rqcbGz5ucTgrljhB+u9rJ+T/QPEqSJfqW6WccrB3KJVTmxfEzXac4/HC2gpK6Nv9w5tMuZsS2nSwAY4e/MyrFSbkP0PJOikKauZ1uGhsO5VbQbTAzxGsyq6eHMjfGWIOI6GEwKB7Mr2ZiqJreyGW9HWx6bHs5tCSrspYyG6GckSBP9hqIovHIwjxa9kWfnRnaZ5vyioIZ/ny1n2aiASy2eOlPXoqekrg3oKLchsxaiJ2kb29l5XktyhobS+jYcB1mxIM6HRQkqor0dZUfhdWjTG9lxXsvmUyWU1bcR6u7As3MjmRPt3WUfXyH6MgnSRL+xP7uSw7lV/GpyaJcLfeta9LywL4dwTwd+OSmky/u8/x9nALh7pKxPET1DbzTxeX5HJ4ATRbWYFBgd6MIvbglmeoSnFEm9To1tBj45W8ZHaaXUtOiJ93XisWlhTA73kHpxot+TIE30C1XNOl49mEe8rxPLRgeYPU5RFNYfyKW+Vc8ffxTf5S64MyX1qL+ZRXt0Wli3j1kMbPlVzSRnaNh1oYK6Vj3ejrasHBvIwngVAa72vT28fq+qqZ1/pJXy77PlNOuMTAhx476xgYwMcJEZSXHTkCBN9HmKovDKgdyOjQBzftjO6bt2XajgcG4Vv54c2mWLqMY2A0/syARgdpTXpW/crXojj27N4GcTgrtMkwrRmaZ2A/uzK0nO0JBR3oi1pQVTwj1ISlAxPlg2AXQHdW0rm0+p2XFei9GkMDPSixVjA6VmnLgpSZAm+ry9WZUcyavm4SmhhHg4mD2urL6N1w7lMcLf+bKzbS8dyKW6WQfA/FifS7+zsbKkulnH0zuz2LJiJG4Ott33RMRNSVEUvi5tYFuGhoPZlbQZTIR5OPDotDDmxXjLa6ibZGob2ZSi5lBuFdaWFiTFq7h3dIDMSoqbmgRpok+ramrntUN5JPg6s3SU+cDLpCg8vycbRYFn50V1OWOx84KW/dkdxSwdbKwYHfSfGTNrSwvWL4hh5YdneG5PNm8ujpd1LaJTVU3t7DivZft5LcW1rQy2tWJerDdJ8SriVE6ScusGiqJwSl3HxhQ1Jy/WMdjWiuVjArl7pD+egyX4FTc/CdJEn6UoCuv359JuMLFmbmSXgdeW06WkldTzzJxI/F3Mf7NW17by2sF8Rvg7c7G2lZEBLj9YtzbEy5FHpobz2qE8/nG6tMtZOTGwGIwmjhfUsC1Dw1eFNRgVGBHgwo/HBXJrpJeUeOgmJkXhSF41G1PUXNA04jHYll9PDuVHw3yl0LQYUOTVLvqs3ZkVfF5Qw2+mhhHibj7NmVfZzDvHC5kW4cHCOB+zxxmMJp7ZlYWVpQV3jfTn99szmRLh0emxdwz3JbW4lrc/L2RkoAsxPk7X/XxE/1VU3UJyhoadF7TUtOjxHGzLvWMCSYpXEeQm6bbuojea2H2hgk2pai7WthLgascTs4aQGOsjrbDEgCRBmuiTKpva2XAon2F+ztw90t/scTpDR/N0p0HWPDlrSJcppv/96iLnNY28tCCGTG0TVpYW3BLq3umxFhYWPD07kmWb03hqRyabl49ksK28XQaSFp2RA9mVbMvQcK6sAStLCyaHubMwXsXEUPcuN7CIq9OsM/DZOQ1bTpdQ0aQjytuR9QtimDHEUzZbiAFNrjqiz/k2zakzmnhmTtdpzne/LCK3spnXb4vrcoH2aXUd/3dSTVK8DzOjvHj3yyJGBbjgbGe+sruLvQ0vzI/mgX+d5ZUDeaydH31dz0v0fYqicK6sgeQMDfuzK2nVmwh2s+fhKaHMj/XBQ9ZBdavaFh3/PFPGx1+X0dBmYHSgC8/MiWRcsJus6RMCCdJEH7TzgpbjBTU8Oi2M4C7SnGdK6tmcWsJtCSqmhHeetgRoaNOzZlcWgW72rJoeQVFNC0U1rdwx3PwM3bdGBLjw0wnB/M+XFxkX7EZiF+lU0X9VN+vYdaGjE0BRTSv2NpbMivIiKV7FUD9nCRi6WXlDGx+eKuGzdA3tBhPTIjy4b2wg8b7SN1eI75IgTfQpFY3tvH44n+H+Xac5m9oNPLc7Cz8XOx6dFm72OEVReGl/LtUtev5+TxwOtlYcy+toqD4lvPNU53+7f1wQp4rreOVgLvG+Tl0GjqL/MJgUviqsITlDw+cFNRhNCkP9nHlmdiAzo7xwsJVNAN0tr6qZzalq9mZWgIUF82O8WT4mkNAuSusIMZBJkCb6jG/TnHqjwpo5UV2WvnjjcD6axnb+565hXV5Mt5/XciCniocmhRCn6lj8fySvmhgfxytuA2VlacHa+dEs23Sap3Zm8d49w7GVRcz9VnFta8cmgPNaqpp1uDvYcM9If5LiVRIs9JCzpfVsTFHzeUEN9jaW3DXSn3ukFZsQlyVBmugztp/X8kVhDaumhxPYxY65w7lVbD+v5cfjAhnm72L2uOLaVjYcymNUoAvLxwQCHbWtMsob+MUtwVc1Nh+nQayZG8Wqz87zp88LWTXd/Oyd6Hta9UYO5lSSnKHlTEk9lhYwMdSdRfEqJoW5Yy0NuLudoih8UVjDphQ1Z0obcLGz5ucTg7ljuB+u9ubXggoh/kOCNNEnaBvbeeNwPiMCXLhzhJ/Z46qadazfn0uUtyM/m2A+0NIbTTy9MxMbK0uenxd9afPBsYIaFGBqhOdVj3FKuAd3jfDjo7RSxga5MrmLdXCi9ymKwtmSOj78qoh9WZU064wEudnz0KQQEuN88HIc1NtDvCkZTAr7syvYlFJCXlUzPk6DWDU9nEUJKqkjJ8RVkiBN9DpFUXhxXw5Gk8KaOZFm05yKorBuXw4tOgNr5w/FpovZj3e/vEimtolXkmLxcfrPxfhYXjX+LnaEX2Na6+EpYZwpqef5PdlsWTEKbye50Pc1tS06dmdWsC1dQ0F1C3bWltwa5UVSvA8j/KX5dk9p0xvZfl7LB6lqyhraCfVw4Lm5UcyJ9pKZSiGukQRpotclZ2g4UVTL6hnhXfbh+yxdw/GCGh6bHk6Yx2Czx50qrmNTippFCSpmDPnPjFmzzkBKcS13DPe75gu1rbUl6xbEsOKDNNbszuLPtw+VOk59gNGkcOJiLcnpGo7lV2MwKcT7OvFCUhyTglykSn0PamjT88nX5XyUVkptq54EX2dWzYhgUpi7tFQT4jrJJ5foVZqGNt48UsCoQBduH24+zamubeXNI/mMCXLlri7SofWtep7d/W25je+vG/uqsBa9UWHaNaQ6vyvE3YHVMyJYuzeH/ztZzE+7SLuKnlVS18r281p2ZGioaNLham/DnSP8WBivIsJzMK6uDtTVtfT2MG9KlU3tbDldyqdny2nRG7kl1J37xgYy3F9KlgjRXSRIE73m2zSnSVF4pos0p8Gk8OzubKwsLS6bDl2/P5eaFj3vLY37wfqXo/nVuNrbMNTv+msxLYjzIaW4jv/96iKjA10ZHmB+A4PoXm16I4fzqkhO13BK3bEJYHyIG6umhzM53KPLNLi4fhdrWth8qoRdF7QYTQqzorxYMSaQSG/H3h6aEDcdCdJEr/ksXcPJi3X87taILpuib05Vk17ewAvzo7vcsp+coeFQbhUPTwn9Qa/NjsbY1UyP6J42MxYWFvx+ZgQZ5Q08vSuLD5ePxEV2rPUYRVHIqmhiW7qGvVkVNLUb8XOx44FbglkQp/reukPRMy5oGtmUquZQThW21pYsilexbHRAl0sUhBDXR4I00StK61p560gBo4NcWTLM1+xxWdpG3v3yIrOivJgT7WX2uKKaFjYc6kiHLhsd8IPfny6pp6ndeE27Os0ZbGvNusQYfvKPr3lxXw6vJsVKmqeb1bXq2ZNZQXKGhtzKZgZZWzJ9iCeL4lWMDHSRNU89TFEUUovr2JiiJqW4DsdBVqwcF8hdI/ylRZYQN4AEaeKGUxSFJ7edB+CZ2ebTl216I2t2ZePuYMPjt0aYDYD0RhNrdmUxyNqS5+Z2XgT3aF41dtaWjAt27b4nAsSqnHhocih/OFrAv8+Wd7muTlwZk6KQerGObRkajuRVoTcqxPg48vitEcyJ9sbJTj62eprRpHA0r4r3U9RkapvwGGzLw1NCWTzUVzZhCHEDybtN3HBbz5XzZX41T8yMwM/FfPryz8eLKKxp4e0lCV2mEv/6RRGZ2iZeS4rttCSGonRccMaHuGHXA3Walo7yJ+ViLW8eyWeYvzNDvGRtzrUob2hje4aG7RlaNI3tuNhZ86OhviTFq2S90w2iM5j4+HQJfz2aT3FtK4GuPJJApQAAIABJREFUdjw5awjzY30YJF02hLjhJEgTN1RZfRt/OFrIxHAPFg81n+Y8ebGWj9JKuXO4H+NC3Mwel1pcy+bUEhYPVTFtSOepzKyKJiqadPwyomeKz1paWPDcvCiWbkrjqR1ZbLx3hBTtvELtBhNH86rYlq4htbgOgLHBrvx6SihTIzwlMLhBmnUGtp7TsOV0CZVNOqK9HXlpQQzTh3TPGk4hxLWRIE3cMCZF4YV9OVhYwPrb4rFA6fS4hjY9a/dkE+xmz6+nhJq9v7pWPc/uzibY3b7LJutH8qqxtIBJYT3XIcDdwZa186L41SfpvH44n6dnR/bYY90MciqaSM7QsDuzgoY2A77Og/jZhGAWxPvgK/0cb5jaFh0fnSnj4zNlNLYbGB3kyqtLhhLnYS/rK4XoAyRIEzfMp2fLOVVcx5OzhuDvam+2ftWrB/OobtHz3j1xZtOT33YfqG3R8+Zt8V3OXB3Nq2JEgEuP9wscG+zGfWMDeT9FzdggV2ZHe/fo4/U3jW0G9mRVkJyuIauiCRsrC6ZHeJKUoGJMkKtsAriByurb+OBUCckZGnQGE9OGeHLf2EDiVE5SW06IPkSCNHFDlNa38sdjBYwPduO2BJXZ4/ZlVbA3q5JfTAwmVuVk9rit6RqO5FXzyNQwonzMr1cqqWslv6qFR6eFXdf4r9QvJgZzWl3H+v25xPk6dVlaZCAwKQqn1XVs++bv1W4wMcRrML+dHs7cGG8pW3KD5VU2szFVzf6sCiwsLJgf683y0YGEXGObNCFEz5IgTfQ4k6Lwwt4cLC0seGr2ELNplIrGdl4+kEe8rxMrxwWZvb+i6hbeOJzPuGBXlo7y7/Kxj+ZVAzC1h9aj/TdrK0teTIxh2ebTPL0zi/+9a9iA7FuoaWhjx3kt289rKatvw3GQFQvjfFiUoCLax3zwLXrG1yX1bExVc7ygBnsbS+4eGcA9o/ylvpwQfZwEaaLHffJ1GafV9Tw9e4jZYrQmRWHt3mz0RhPPz4vG2sxiZZ3BxNO7srCztuRZM+U2vutoXhVDvAbf0BktPxc7npoVyRM7MvnLFxe7XFd3M9EbTRzLr2ZbekcvVgUYHeTKL28JYVqER4/srBXmmRSFLwpq2Jii5mxZA672NjxwSzC3D/OTGUwh+gkJ0kSPKqlr5U/HCpkQ4kZSvPk05ydfl3HyYh2/nxlBkJv5gOovXxSRXdHEhkVxeDl2PQtQ26LjbFkDPxlvflaup8yM8iKluJZNqR3r07raodrf5VU1k5zesQmgrlWPt6MtPx4fxMI4H6lG3wsMRhP7sivZlKomv6oFldMgVs8IJyleJYGyEP2MBGmix3TMjuVgbWXBU7MjzaY5i6pb+OOxQiaGuvGjrspyFNXywakSlgzzvaL05ecFNZgUmBrefV0GrsZj08I5W9rAmt1ZbFkx6qaq0N7UbmBfVgXJGVrOaxqxtrRgaoQHSfEqxgW7SdmGXtCmN5KcoeGDUyWUN7QT5uHA8/OimB3lNSBT7kLcDCRIEz3mX2fKOFNSzzNzIs2ufTEYTazZ3ZG+fKaLQK6uRc9ze7IJdXfgN1OvbBPA0bxqVE6DiPQefM3P4XrY2VixbkEMKz88w3N7svnDj+L79Q5GRVFIK6lne4aGAzlVtBtMhHs68Oi0MObH+ODqICm03tDQpufjr8v4KK2MulY9Q/2cWT0jglvC3Pv1600IIUGa6CHq2lbe/ryQW0LdWRjnY/a4v50oJlPbxCtJsXiaSV8q39RXq2/T84cfxV9RyqZVb+TkxVpuS1D1ar2nCM/BPDotjJcP5PHhqRKWjwnstbFcq8qm9o5NABka1HVtDLa1IjHWh6QEFbE+jlJPq5dUNLaz5XQpW8+V06I3MinMnfvGBDI8wKW3hyaE6CYSpIlu9+0mABsrC56cZX43Z3pZA++fLCYx1psZZroFAHx6rpxj+dU8Oi3sitsDnSyqpd1gYlo3NlS/Vj8a6kvKxTr+fLyIkQEuxPk69/aQLstgNPF5QQ3JGRq+LOxIG48IcOEn44O5NdJT1jb1oqKaFj5ILWHnBS2KojAr2psVYwKkHZkQNyEJ0kS3+yitlK9LG3h2bmSnvTQBWnQGnt2dhZfjIH47I8LsfRVUN/PmkY76aneP7LrcxncdL6zB2c66T8wqWHxTeuTCpkae2pnFB8tH9tkm1YXVLSRnaNh1QUtNix7PwbasGBPIwnhVlxs6RM87r2lkU4qaw7lV2FpbsnioL8tG+w/4WnxC3Mz65pVC9FsXa1p453gRk8LcSYw1n+Z8eU82JXVt/OXOoWYDFp3BxNM7s3CwseLZeZcvt/Fdk8M8GBXoYraUx43mbGfDi4nR/OKfZ3n5QC4vzI/uM2nCZp2BA9mVbEvXkl7egJWlBZPD3FmUoGJ8iHufOYcDkaIopBTX8X6KmlPFdTgNsubH4wK5a6Q/7g43z0YUIUTnrjhIMxqNLFmyBB8fH959913UajWPPfYYdXV1xMXF8eqrr2Jr+/0PjeTkZP7+979f+n92djZbt24lJCSERx55hOLiYqysrJg+fTq//e1vAfj000959dVX8fHpuMDfe++93HHHHd3xXEUPM5o6dnPaWll2meb8oqCGf6SquXd0AKMCXc3e35+PF5Jb2cwbt8XheZU7I29U8dqrMczfhZ9PDOEvXxQxNrjrkiQ9TVEUzpU1sC1dw4GcSlr1JkLc7Xl4SijzY31uqp2o/ZHRpHA4t4qNKWqyKprwcrTl4SmhLB7q22dnYYUQ3e+K3+2bNm0iPDycpqYmADZs2MDKlStJTExkzZo1fPLJJyxduvR7t0lKSiIpKQnoCNAeeughYmJiaG1t5f7772f8+PHodDpWrlzJ0aNHmTp1KgDz589nzZo13fUcxQ3yUVop58oaeH5elNkaZnUtel7Yl0OktyMP3BJi9r5OFNWw5XQpdwz3Y3J43wu4rtV9YwNJLa7ltYN5DPV1vuHteKqadew6ryU5Q8PF2lYcbKyYHeVNUoKKBF+nPjO7N1DpDCZ2XtCyOVWNuq6NIDd7np49hHkxPthaSxkNIQaaKwrSNBoNR44c4YEHHuD9999HURROnDjB66+/DsDixYt5++23fxCkfdfOnTtJTEwEwN7envHjxwNga2tLbGwsWq32ep+L6EVFNS385YsipoR7MC+m88biiqKw/kAu9a16/u++0Qwyc9GpbdHx3J4cwjwcePgmq9ZvZWnB2vnRLN2UxpM7M/m/pSPMnofuYjB1VJ7fnqHheEE1RgWG+TmzYmwgMyO9cLCVTQC9randwNZz5Ww5XUpVs44YH0deWRjD1AhPqTknxAB2RUHa+vXrWb16Nc3NzQDU1tbi7OyMtXXHzVUq1WWDrF27dvHOO+/84OcNDQ0cPnyY++6779LP9u3bR2pqKqGhoTzxxBP4+povcApgZWWBq2vvNAi2srLstcfuK4wmhfX/OoedjRUvLUnAzanz1k9bz5RyOLeK1bMjiQ9wxWg0/eAYRVH43Y5MGtsNvL9yDCqvm6/Po6urA68uSeDnH6Tx7oli1iyIvaLbXe1rrbCqmU/SSth6pozKpnY8HW25/5ZQloz0J3yA7ATs6+/PqqZ2Nn11kQ9SimlsMzAx3IPXJ4cxIcy912Y1+/o564vknF0bOW+Xd9kg7fDhw7i7uxMfH8/Jkyev6UHOnj2Lvb09kZGR3/u5wWDgscceY/ny5QQGdtSPmj59OgsWLMDW1paPPvqIxx9/nE2bNnV5/0ajQl1dyzWN7Xq5ujr02mP3FZtT1ZxR17F2fhS2RlOn56Osvo3nd1xghL8zS+J8MJo57l9nyjicXcmq6eGo7Kxu2nM7wseRpaP82XyymGEqR6ZeQamQK3mtteqNHMiuZHuGhjOlDVhZwMRQdx6/NZxbQt0vVZ6/Wc/rf+ur78/S+lY+SC1h+3ktOoOJGZGerBgTSKyq40tJfX1rr42tr56zvkzO2bUZyOfN6wonIC4bpKWlpXHo0CGOHTtGe3s7TU1NrFu3joaGBgwGA9bW1mg0mksL/Tvz3VTndz3zzDOEhISwcuXKSz9zc/tPj8M77riD11577YqeiOgdhdUt/PWLIqZFeDA3uvM0p0lReH5PNgDPzYs2m77Jr2rmj8cKmBjqxl0j/HpszH3FQ5NCSVPX88LeHKJ9nMx2ZbgcRVHIKG8kOUPD/uxKmnVGgtzs+dXkUBJjvc0WCRY3Xm5lExtT1BzIrsTCwoLEOB+Wjw4g2F1mE4QQP3TZIG3VqlWsWrUKgJMnT/Lee+/x+uuv8/DDD7N3714SExPZunUrM2bM6PT2JpOJ3bt3s2XLlu/9/M0337wU8H1XRUUF3t4dF/tDhw4RHh5+TU9M9LyO3ZzZ2NtY8fhM87s5t5wuJe2b9lB+Lp2nQtu/Kbcx2NaKNXOiBsQCdltrS9YtiGH55jSe2ZnJO3cOu6pyF7UtOnZdqGBbhobC6hbsrC2ZGeXFongVw/ydB8Q57A8UReHr0gY2pqj5orAGBxsr7hkVwD0j/c3WERRCCLiOOmmrV6/m0Ucf5a233iImJuZSmYyDBw+SkZHBI488AkBqaiq+vr6X0pnQsRHhr3/9K2FhYSxevBj4T6mNzZs3c+jQIaysrHBxceGll166nucnetCHp0rIKG9kXWK02RIZeZXNvHO8kGkRHl22h3r780Lyqpp5a3H8gCr/EORmz+MzI3h2dzbvnbjIzyeGdHm80aRwoqiWbRkajuVXYzQpJPg68dSsIcyM8pLyDH2ISVE4XlDDxhQ158oacLO34Ze3hHD7cF+c7aTPqRDi8iwURVF6exDXS683ypq0G6ygupl7N6cxKcyDVxbGdDprozOYWLnlDNXNOj66bxRu3ym++d3z9kVhDb/5NIO7Rvh12X3gZvbs7iz2ZFbwzh1DO60dV1LXyr7cav6dVkJFkw5Xexvmx3qTFK8i3LN3Gsj3B73x/jQYTezLrmRjipqC6hZ8nQdx7+hAkuJ9+kU7rYH6mXY95Jxdm4F83rptTZoQ/81gUnh+Tw4ONlY8fmuE2bTau18WXSpG62amOnp1s461e7IJ93Tg11PCenLYfdrvbo0go7yRNbuy+HDFKFztbWjTGzmUW0VyhobT6nosLWBCiDurZqiYHOaOjZXUzepLWvVGtqVr+PBUCZrGdsI9HVg7P4pZkV6XNmwIIcTVkCBNXLWP0kq5oGlk/YIYs6nJMyX1bE4tYfFQldlitIqi8MLeHJraDfz5jqE9Xi+sLxtsa826xGh+vOVrlm06zaQwD/ZlV9DUbiTA1Y4HJ4Vw9/gQ7JUfli0Rvau+Vc+/vi7jn2ml1LcZGO7vzOMzI7gltPfKaAghbg4SpImrpjeauGekP7OivDr9fVO7ged2Z+Hvasdvpprf+PGvM2V8UVjD6hnhRAzwlF1dq54zpQ0YTAoVTTo+PVfOvBhvFiWoGBHggqWFBa4udgM2NdAXaRvb2XK6hK3nymnVm5gU5s59YwIZHuDS20MTQtwkJEgTV+3H44K6/P0bh/PRNLbzP3cNM1vNPlvTyB+PFTApzJ07ht/85TY6YzQppBTXkpyu5Wh+FXqjQoyPI5najtZry0YHEOU9MIrO9idF1S1sSlWzO7MCRVGYE+PN8jGBA/6LhhCi+0mQJrrV4dwqtp/Xcv+4QIb5dz6j0KY38tjHZ3EcZM0zcyIHXEqotL6VHRlatp/Xom1sx8XOmiXD/EiK92GIlyO1LTqWbkrjqR2ZbF4+Evt+sNh8IDhf3sD7KWqO5lVja23JkmG+LB0VYLasjBBCXC8J0kS3qWrWsX5/LtHejvx0QrDZ4/50rJCciib+8KN43M1sKLjZtBtMHMmtYluGhtTiOiyAccFuPDI1jKnhHt9rnu3mYMsL86N58ONzvHYwjzVzo3pv4AOcoiicvFjLxhQ1p9T1OA2y5v7xQdw1ws/sZhghhOguEqSJbqEoCuv25dCqN/L8/CizOw+PF1Tzr6/LWDkhmImh7jd4lDdetraJ5AwNe7IqaGgz4Oc8iJ9PDGZhnA8qZ/MzMKODXPnx+CDeO1HMuGA35phpWi96htGkcCi3io0parIrmvBytOU3U8O4baiKwbbysSmEuDHk00Z0i8/SNRwvqOGx6eGEeXS+NqeqWcfaPTkM8RrMb2dF0trcfoNHeWM0tOnZk1lJcoaG7IombK0smD7Ek6R4FaODXLG8wvTuzyYEc7q4jpcO5BLn6ySNiG+AdoOJnRe0bE5VU1LXRpCbPc/MjmRujPf3ZjuFEOJGkCBNXDd1bStvHslnTJCr2Z6bJkVh7Z5sWvRGXkyMZpCNFb3XQrr7mRSFU8V1JGdoOJxbhc6oEOXtyOoZEcyJ9sLF/uorzFtbWvBCYjTLNqXx1M4sPv7FhB4YuYCOHcmfni1nS1op1c06YnwceSUplqnhHmZ7zQohRE+TIE1cF4NJ4dnd2VhbWvLs3Cizs0T/PFPGV0W1/O7WCLMzbf2RpqGN7ee17MjQUNbQjtMgaxYl+LIoXkWUz/XvzPR1tuPpOZE8nnyBNw7k8MD4rnfWiqtT3azjo7RSPjlbRlO7kXHBrrwwP4rRga4DbkOLEKLvkSBNXJfNqWrSyxt4cX40PmaaRedUNPGnYwVMDnPn9mG+N3iE3U9nMHEsv5ptGRpOFtWiAGOCXHlwUihTIzy6vfXPjCGeLBnmy9+/KGKoj+OAWMvX00rqWvngVAnbMzTojQq3RnqyYmwgMT5X1qpFCCFuBAnSxDXL0jby7pcXmR3lZXZhe5veyNO7snC2s+n35TbyKpvZlqFh9wUt9W0GfJwG8ZPxQSyI98Hfxb5HH/s3U8NIL2/k+T3ZfLhilNmG9qJrORVNbEpVsz+7EitLCxJjfVg+JpAgt579+wkhxLWQIE1ckza9kTW7snF3sOF3t5pviv6HowUUVrfw9pKEflmyoKndwN6sCpIztFzQNGJjZcHUcE+SEnwYG+R2w9Yr2dlY8dZdw1n8ly95dlcWf7o94Yo3IAx0iqKQVlLPxhQ1XxXVMtjWimWjArhnlD9ejp3P/gohRF8gQZq4Jn8+XkRhTUfwZW5R/LH8aj45W87SUf6MC3G7wSO8dt9e1JMzNBzMqaLdYCLCczCPTQ9nXrQ3rg5XvwmgOwzxdmTV9HDW789lc2oJ940N7JVx9BcmReFAppZ3DueRXt6Iu4MND04K4fZhfjjZyUefEKLvk08qcdVOXqzlo7RS7hrhZzb4qmpq54W9OUR6DeahSaE3eITXpqKxnZ0XtCRnaCipa2OwrRUL4nxIilcR4+PYJ1K1tyWoSLlYy1+OFzIywIUEP+feHlKfYzCa2JNVwaaUEgprWvBzsePxWyNYEOfT7esFhRCiJ0mQJq5KQ5uetXuyCXG351eTOw++TIrC83s6Ctu+mBjTp+tL6Y0mPi+oITldw1dFNZgUGBXows8mBDNjiGefu6hbWFjw5KxIzmsaeXpnJh8sHyWzQt9o1Rv5LF3Dh6dK0Da2M8RrMG/cMZQJAS5YSxkNIUQ/JJ/u4qq8ejCP6hY9ry2KMxvA/ON0KScu1vLEzAhCPfpmAdaC6maS07XsuqCltlWPl6Mt940NZGGcisA+vojcyc6adYkx/Oyjr1m/P5f1C6L7xCxfb6lr1fPxmTL+eaaU+jYDIwJceGLWECaGuOHmNpi6upbeHqIQQlwTCdLEFduXVcHerEp+MTGYWFXnpQqyK5r48/FCpoZ7sHho3yq30awzsD+roxNAenkjVpYWTAn3YFG8inEhbv1qtiXBz5kHbgnhz8eLGJfuym197FzfCJqGNracLmXruXLaDCamhHuwYkwAw/xdentoQgjRLSRIE1ekorGdlw/kEe/rxMpxnRdU1RtNPL0zExc7G56e3TfKbSiKwtnSBrZlaDiQXUmbwUSohwO/mRrGvFjvft3gfcXYQFKL69hwOJ+h/s43VZHgrhRWt7ApVc3uzAoA5kZ7sXxMIOGeA+P5CyEGDgnSxGWZFIW1e7PRG008Py/a7IxTi86ItaUlL8wf0ms7IL9V1axj5/mOTQDFta042FgxN8abpHgV8b5OfSKAvF6WFhY8Py+KpZvSeHJHJu8vHdHn1tB1p/SyBjalqjmSV80ga0tuH+bLstEB+HbRqF4IIfozCdLEZX3ydRknL9bxxMyILot+utjb8I/7Rt3AkX2fwWjii8IakjO0fFFQjVGB4f7OrBwbyMwoL+xvwgDG03EQz82L4pFPM3jraAG/nzmkt4fUrRRF4cTFWjamqDmtrsfZzpqfjg/irhH+vf5FQAghepoEaaJLRdUt/PFYIbeEuve5NWbfKqppYXuGhh3ntdS06PEYbMuy0YEsjPchxL1vblzoThND3Vk2KoAPT5cwNtiNGUM8e3tI181gUjiUU8nGFDU5lc14O9ry6LQwbkvwxcH25gu2hRCiMxKkCbMMRhNrdmdhZ23J07OH9KkUYYvOyIGcSpLTNZwta8DKAiaFebAwXsUtoW5YW/Xdsh894aHJIaSV1PHi3hxifRxR9dMUYLvBxI7zGjanllBa30awmz3PzIlkXow3NgPsbyqEEBKkCbP+dqKYTG0TryTF4tkH2ucoikJ6eSPJGRr2Z1XSojcS5GbPryeHMj/OZ0D3s7SxsmT9ghju3ZzG0zuz+Otdw/rVbtWmdgOffF3GP9JKqWnRE6dy4pGpYUyN8JD2V0KIAUuCNNGp9LIG3j9ZTGKcT6+nz2padOy6UEFyuobCmhbsbSyZGenFogQVQ/2c+9QMX28KcLXn9zOH8MyuLP721UUeuCWkt4d0WVXNOv5xupR/ny2jWWdkfIgb940JZFSgi/xdhRADngRp4gda9Uae3Z2Ft9Mgfjs9vFfGYDApnCiqYVu6hs8LajCaFBJ8nXlq1hBmRXsx2FZeup2ZG+PNyYu1vHeimNGBrowOcu3tIXVKXdvKB6dK2HFeg8GkcGukF/eNCSTKx7G3hyaEEH2GXOnED/zhaAEldW385c6hOA66sS8RdW0ryRkadl7QUtmkw83ehrtH+JOU4DNg6oBdr9UzIkgva2DN7iy2LB/Vp3ZBZmub2Jiq5mBOJVaWFiyMU3Hv6IA+3+VBCCF6gwRp4nu+KKjh32fLuXd0AKMCb8wsTJveyKHcKrala0grqcfSomPH4uoZKiaFucuC8avkYGvFugUx/HjLGZ7fm80bt8X1aupQURTSSup5P0XNiaJaBttace/oQO4Z6dcn1joKIURfJUGauKSuRc/avdlEeA7mlz28nklRFM5rGklO17A3q4JmnZFAVzsenBRCYqwP3k5y8b4eUd6OPDIljA2H8/noTBn3jPS/4WMwKQrH8qrZmKomo7wRdwcbHpoUwpJhftIUXgghroB8UgqgI2hafyCXxnYDb9+egK11z8xe1bXo2ZWpZVdmBdnaJgZZWzIz0pOF8SpGBshi8e505wg/Uorr+NOxAkb4OxPt03m/1e6mN5rYnVnB5lQ1RTWt+LvY8fuZESTG+tzUHRGEEKK7SZAmANh1oYLDuVU8PCWUIV7du3jbaFI4ebGW7RkajuRVYzApDPV34YmZEcyO9r7h694GCgsLC56ZE8myTad5amcWm+4d0aMbLlp0Rj5LL+fDUyVUNOkY4jWYdYnRzIj06lflQIQQoq+Qq6OgrL6N1w7lMcLfmaWjArrtfkvrW9meoWXHeS3axnZc7Ky5Y7gfSfEqRg/xoq6updseS3TO1d6GtfOjefDjc7x2MI/n5kV3+2PUtej555lS/vV1GQ1tBkYGuPDU7EgmhLjJzKgQQlwHCdIGOJOi8PyebACemxeN1XXOeLTpjRzJq2ZbhoZTxXVYAOND3PjN1DCmhHv0WBpVmDcq0JX7xwXxtxPFjA12Y36sT7fcr6ahjQ9OlbAtXUObwcTUcA9WjA1kqJ9zt9y/EEIMdBKkDXBbTpeSVlLPmjmR+LlceyuhNr2RPx0rZHdmBY3tBvycB/GLicEsiPPpty2KbiY/mRDMaXUdrxzII97XmaDrKHmRX9XM5lQ1e7IqgY7abCvGBEiJFCGE6GYSpA1geZXNvHO8kGkRHiyIu77ZlfzqFvZlVzIx1I1FCSpGBbpKO58+xNrSgrXzo1m2OY2ndmTy93uGX/Ws5rmyBjamqDmWX42dtSV3Dvdj6Sh/CcKFEKKHSJA2QOkMHc3TnQZZ8+Ss62+eHqdyYv+DE7ppdKInqJztWDMnkt9uu8Cfjxfy6LTLd5NQFIUvi2rZmKLmTEk9LnbW/GxCEHeO8MfVvu8UyRVCiJuRBGkD1LtfFpFb2cybi+Nwcxi4jckHmqkRntwx3I8tp0sZG+TGLWHunR5nMCkczK5kY6qa3MpmvB1teWx6OIviVTjYShkNIYS4ESRIG4DSSurYnFrC4qEqJoV59PZwxA32yNQwvi6t57k92WxZMRKv71T9b9Mb2XFey+ZTJZTVtxHq7sCzcyOZE+0tnR+EEOIGkyBtgGlqN/D87mz8Xe34zdTeaZ4uetcga0vWJcaw4oM01uzO5u0lCbTojHxytoyP0kqpadET7+vEY9PCmBzuIWsLhRCil0iQNsC8cTgfTWM7/3v3cElbDWChHg6snhHBC/tyGP/m5wy2taJZZ2RCiBv3jQ2U7g9CCNEHSJA2gBzOrWL7eS33jw+SWlYDnLq2lfTyhkv/dxpkzbt3DSPKu3u7TQghhLh2EqQNEFXNOtbvzyXa25GfjQ/q7eGIXpKpbWRTippDuVVYW1owJ9qLvd/UO/N1lqb2QgjRl0iQNgAoisK6fTm06o08Pz8Ka1kAPqAoisIpdR0bU9ScvFjHYFsrlo8J5O6R/ngOtuWekf785KOzrNuXy8sLYyTNKYQQfYQEaQPA2dIGjhfUsGp6uFSFH0BMisKRvGo2pqi5oGnE3cGGX00OZckw3+81tY/zdeahSSH88VghW8+V86Nhfr04aiGEEN8c7v1oAAAVpUlEQVSSIG0AiPZxZMOiWCaHS7mNgUBvNLH7QgWbUtVcrG3F38WOJ2ZGkBinYpCZLgPLRgeQUlzHG0cKGOrvQoSnBPNCCNHbJEgbAOxsrJga4dnbwxA9rFln4LNzGracLqGiSUeUtyPrEqOZEemFtWXXKUxLCwuemxvF0k2neWpHJhuXjcDORnb/CiFEb5IgTYh+rrZFxz/PlPHx12U0tBkYHejCM3MiGRfsdlXryzwG2/L8vCh+/e8M3jiSz5OzIntw1EIIIS5HgjQh+qnyhjY+PFXCZ+ka2g0mpkV4cN/YQOJ9r728yvgQd1aMCWBTagljg9yYGeXVjSMWQghxNSRIE6KfyatqZnOqmr2ZFWBhwfwYb5aPCSTUw6Fb7v+Xt4RwWl3Puv05xKqc8HOx65b7FUIIcXUkSBOin0grruXtg7l8XlCDvY0ld430556R/qicuzeIsray5MXEaO7dnMbTO7P4n7uGStkWIYToBRKkCdGHKYrCF4U1bEpRc6a0ARc7a34+MZg7hvvham/TY48b4GrPk7OG8NTOLP7nq4s8OCm0xx5LCCFE5644SDMajSxZ8v/t3Xtc1HW+x/HXAKKIyC0ZXEXMWxKVl1JxcXHD0ALzqOmebbeW9qj0WE27Paz2qKgl2mHL3NO2ldjaw9RuPlYp0byAaN7vmpnXIvECGHJTFAS+5w8fzpEwL8AwM/p+/uNjvr/5zny/H7+P+b1n5vsbHsNqtfL++++TnZ3NCy+8QGFhIeHh4SQnJ+Pp6VmtzxdffMEHH3xgu33w4EEWL15MWFgY+/bt469//SsXLlygb9++TJgwAYvFQmFhIc8//zwnTpygVatWzJo1C19f3/qbsYgLqKgyrDqYx7ytxzny0zmsPo2ZGNuZ/h0C8Wqgqy77dw5i64+FfLglmwdC/OgZ6t8gzysiIpfc8HcY8+bNo3379rbbb7zxBk899RSrVq2iefPmLFq0qEafQYMGkZqaSmpqKsnJybRu3ZqwsDAApkyZwmuvvcbKlSvJyspi3bp1AMyePZvevXuzcuVKevfuzezZs+s6RxGXceFiJZ/vPsljH2wlcdlBKo1hysN3sWRED+J7t22wgHbZi9HtCQ3wInH5Qc6Uljfoc4uI3O5uKKTl5OSQmZnJsGHDgEtfwWzevJkBAwYAMGTIENLT06/5GGlpacTFxQGQl5fH2bNn6dq1KxaLhcGDB9v6p6enM3jwYAAGDx7M6tWrazczERdSfOEi/9p8jEEpW0lOP0Kgtydv/Ec4n8TfT1y41WF7wrwauTN9YBglFy4y9auDVBnjkHGIiNyObujrzunTpzN+/HjOnTsHQEFBAc2bN8fD41L34OBgcnNzr/kYy5Yt45///CcAubm5BAcH245d2T8/P5+goCAAWrRoQX5+/nXH5+5uwc+vfq5su1nu7m4Oe25Xprpdklt8gbkbs/hkWzbnyivp2/EOEqLa0eMqv3HmqJr18GvKfz8SxpSl+1myP4//inSd/WlaZzdPNbt5qlntqG7Xd92QtmbNGgICArjnnnvYsmVLrZ5kz549eHl50anTzf04psViuaEf46ysNBQWltZqbHXl59fUYc/tym73uv14ppSPth9n2f5cKqsMMXe14E89QugU1AyAoqLzNfo4smaxnQLJ7BDI31YeIuyOpoRZfRwyjpt1u6+z2lDNbp5qVju3c91atLix19DrhrSdO3eSkZHBunXrKCsr4+zZsyQlJVFcXExFRQUeHh7k5ORgtVp/8TGu/KoTwGq1kpOTY7t9Zf/AwEDy8vIICgoiLy+PgICAG5qIiCvYn1PCvG3ZZBz6iUbuFgbdE8wTD7SmtZ+Xo4d2TRaLhYn9O/HHj3by30u/46Mnulf7I+0iIlL/rrvR5cUXX2TdunVkZGQwc+ZMIiIiePPNN+nVqxcrVqwAYPHixURHR1+1f1VVFcuXL68W0oKCgmjWrBm7d+/GGMOSJUvo168fANHR0SxZsgSgWruIqzLGsPXHAsZ8vpf4BbvY8mMBT/UK4YtRvXjloY5OH9Au8/VqxGuxnTlZdIH/ST+C0f40ERG7qvVu5PHjxzN37lxiYmIoLCxk+PDhwKWN/3//+99t99u2bRstW7YkJCSkWv/JkyczceJEYmJiaNOmDVFRUQAkJCSwYcMG+vfvz8aNG0lISKjtEEUcqrLKkHHoNPELdjFm0TcczS9lXNSdfDmqF6P73Emgt+f1H8TJdGvty8jeoXz1XR5p+6+9D1VEROrGYm6Bt8MXL1ZqT5qLuZXrVl5RxfLvcpm37TjHCs4T4teEJ3uEEHu3lcYetb9K01lqVlllGP35Xr7LLeGjJ7oTGuC8G3+dpWauRDW7eapZ7dzOdau3PWkicmPOlVeweG8OC3cc5/TZcjoHNWPGwDAe7HgH7m7XvwDGVbi7WXg1tjN/nLeDCWkH+NfjXfGsQ/gUEZGrU0gTqaMzpeV8uvMEn+8+RUlZBQ+08WPygLvoGep3Q1cnuyKrT2MSH76LF5d8y9tf/8CLD7a/ficREbkpCmkidVB0/iKP/Wsb58oq+W3HO4jv0Zrwls0dPawGEdU+kP/s9is+2XmCHm38iGof6OghiYjcUhTSROrAp4kHY6Pa0b2VL20DnXdvlr2Mi2rHruNFvPrVQRb+6X6CfBo7ekgiIrcMbSQRqQM3i4Wh97W8LQMagKeHG0kDwyivrGLSsgNUVrn8dUgiIk5DIU1E6qRtQFNe6teBnceLmLvlmKOHIyJyy1BIE5E6i7vbysNhQaRs+pFdx4scPRwRkVuCQpqI1JnFYuGVhzrwK98mTFp2gKLzFx09JBERl6eQJiL1wtvTg6S4MPLPlTNt5SH92SgRkTpSSBORenN3sA9jfnMnmUfyWbTnlKOHIyLi0hTSRKRe/eH+VvRu68+szKMcPn3W0cMREXFZCmkiUq/cLBamPHIXPk0aMWHpAc5frHT0kEREXJJCmojUu4Cmnrz6yF1knSnlzYyjjh6OiIhLUkgTEbvoGepPfM8QUvflsPJAnqOHIyLichTSRMRunv51KPe29GH6qsOcKDrv6OGIiLgUhTQRsRsPdzemxYVhscDEtANUVFY5ekgiIi5DIU1E7OpXvk2YENOJfadKeHfDj44ejoiIy1BIExG7e+iuFgy5L5h527LZnHXG0cMREXEJCmki0iBe+G172gU2ZfLyg+SfK3f0cEREnJ5Cmog0iCaN3EkaGMa58kqmLD9Ilf5slIjINSmkiUiD6XCHN8//th2bfyxgwfbjjh6OiIhTU0gTkQY19L6WRHe8g3fWZ/HtqWJHD0dExGkppIlIg7JYLEzo35EW3p5MSDvA2bIKRw9JRMQpKaSJSINr3qQR0+I6k1N8gRmrDmO0P01EpAaFNBFxiC6tfEn4dVtWHjzNl/tyHT0cERGno5AmIg4T3zOEB0J8+VvGEX7IL3X0cEREnIpCmog4jLubhVdjO9OkkTsT0r6jrEJ/NkpE5DKFNBFxqBbNGjP54U4cPn2O/137vaOHIyLiNBTSRMTh+rQL5A/3t+Kz3SfJPPyTo4cjIuIUFNJExCmM6XMnnYOa8drKQ+QUX3D0cEREHE4hTUScgqeHG0kDw6ioNCQuO0BFlX6WQ0RubwppIuI02vh78fJDHdh1ophPdp5w9HBERBzKw9EDEBG5UuzdVk4VX8Dfq5GjhyIi4lAKaSLidEZEhDp6CCIiDqevO0VERESckEKaiIiIiBNSSBMRERFxQgppIiIiIk5IIU1ERETECSmkiYiIiDghhTQRERERJ6SQJiIiIuKEFNJEREREnJBCmoiIiIgTUkgTERERcUIKaSIiIiJOSCFNRERExAkppImIiIg4IYU0ERERESekkCYiIiLihBTSRERERJyQQpqIiIiIE7IYY4yjByEiIiIi1emTNBEREREnpJAmIiIi4oQU0kRERESckEKaiIiIiBNSSBMRERFxQgppIiIiIk5IIU1ERETECXk4egDO5LnnnuOHH34AoKSkBB8fH1JTU23HT548SVxcHM888wwjRoyo0T87O5sXXniBwsJCwsPDSU5OxtPTk7lz5/L555/j7u5OQEAA06dPp1WrVgCEhYXRqVMnAFq2bMl7773XADOtP/aqWXl5OS+99BLffvstfn5+vPXWW7Ru3RqA999/n0WLFuHm5sbEiRP5zW9+0zCTrSe/VLO9e/cyadIkAIwxjB07lpiYmBr9N23aRHJyMhcvXiQ8PJykpCQ8PDyYM2cOX375JQCVlZUcPXqUTZs24efnR3R0NN7e3ri5ueHu7s6///3vhptwPbBXzbZs2cLo0aNtaysmJoZnnnkGgHXr1pGUlERVVRXDhw8nISGhgWZbf+xVty+++IKUlBQAvL29mTJlCp07dwbQWvuFmhljSEpKYu3atTRp0oTXX3+d8PBwABYvXsy7774LwF/+8heGDBnSQLOtH/VVs6qqKpo2bcrrr79OaGgo06dPZ8uWLQBcuHCB/Px8tm/fDrj+ufOGGbmqGTNmmLfffrta29ixY83YsWPNnDlzrtpn3LhxZunSpcYYYyZNmmQWLFhgjDFm06ZNprS01BhjzIIFC8yzzz5r69O1a1d7DN8h6rNm8+fPN5MmTTLGGLN06VJbzQ4fPmweffRRU1ZWZo4dO2b69etnKioq7DUlu7uyZqWlpebixYvGGGNyc3NNRESE7fZllZWVJioqynz//ffGGGNmzZplPvvssxqPm56ebp588knb7QcffNDk5+fbaxoNqj5rtnnzZpOQkFDjOSoqKky/fv3MsWPHTFlZmXn00UfN4cOH7Tktu6vPuu3YscMUFhYaY4zJzMw0w4YNs/XTWrt6zTIzM82IESNMVVWV2bVrl61mBQUFJjo62hQUFJjCwkITHR1tq60rutmaGWNM//79zZEjR4wxl177X3755Rr3mTdvnnnllVdst2+lc+e16OvOqzDGsHz5cgYOHGhrW716Na1ataJjx46/2Gfz5s0MGDAAgCFDhpCeng5AREQEXl5eAHTt2pWcnBw7z6Dh1XfNMjIybO8mBwwYwKZNmzDGkJ6eTlxcHJ6enoSEhBAaGsrevXvtPDv7+HnNvLy88PC49OF2WVkZFoulRp/CwkIaNWrEnXfeCUBkZCQrV66scb+0tLRq/xe3CnvW7Ep79+4lNDSUkJAQPD09iYuLs61NV1TfdevevTu+vr7A7fOaVteapaenM3jwYCwWC127dqW4uJi8vDzWr19PZGQkfn5++Pr6EhkZyddff91As6xftanZZWfPnrX9GxQUVOP4rfqadj0KaVexfft2AgMDadu2LQDnzp0jJSXF9jXI1RQUFNC8eXPbggwODiY3N7fG/RYtWkRUVJTtdllZGUOHDuV3v/sdq1evrt+JNKD6rllubi4tW7YEwMPDAx8fHwoKCsjNzSU4ONj2GFar9ap1dgU/rxnAnj17iIuLY9CgQUydOtVWm8v8/f2prKzkm2++AeCrr76qcYI8f/48X3/9Nf3796/WPmLECIYOHcqnn35qnwk1AHvUbPfu3QwaNIiRI0dy+PBhgFtqnYH91hrUfE0DrbWr1ezna+ry692ttNZqUzOApKQkEhISiIqKIjU1tcbWghMnTnD8+HEiIiJsbbfKufN6brs9aU899RQ//fRTjfbnnnuOhx56CIClS5dWS+z/+Mc/iI+Px9vbu07PnZqayr59+5g/f76tbc2aNVitVrKzs4mPj6dTp060adOmTs9T3xxZM1dVm5oBdOnShbS0NI4ePcrLL79MVFQUjRs3th23WCzMnDmTGTNmUF5eTmRkJG5u1d9rrVmzhu7du+Pn52dr+/jjj7FareTn5/PnP/+Zdu3a0aNHj/qccp05ombh4eFkZGTg7e3N2rVrGTNmzHU/ZXM2jlxrmzdvZtGiRSxcuNDWprV27Zq5KnvVDODDDz9k9uzZdOnShTlz5jBjxgySkpJsx9PS0hgwYADu7u62Nlc4d9aH2y6kffjhh9c8XlFRwapVq6ptdt2zZw8rVqzgjTfeoLi4GDc3Nxo3bswTTzxhu4+/vz/FxcVUVFTg4eFBTk4OVqvVdnzjxo289957zJ8/H09PT1v75fuEhITQs2dP9u/f73QLzRE1s1qtnDp1iuDgYCoqKigpKcHf3x+r1Vrt3Xxubm61OjuL2tTsSu3bt6dp06YcOnSIe++9t9qxbt262U6K69evJysrq9rxtLQ04uLiqrVdrlFgYCAxMTHs3bvX6U6cjqhZs2bNbPfp27cvU6dO5cyZMy6zzsBxa+3AgQNMnDiRlJQU/P39be1aa1ev2c/X1OXXO6vVytatW23tubm59OzZsxazsi971ezMmTMcOHCALl26ABAbG8vIkSOr9V22bBmJiYnV2lzh3Fkfbo2IX482btxIu3btqn38vHDhQjIyMsjIyCA+Pp6nn366WtiAS++gevXqxYoVK4BLV+tER0cDsH//fhITE3n33XcJDAy09SkqKqK8vBy4tFB37txJhw4d7D3FemePmkVHR7N48WIAVqxYQUREBBaLhejoaNLS0igvLyc7O5usrCzuu+++Bppp/blazbKzs6moqAAufbz//fff264CvlJ+fj4A5eXlpKSk8Pvf/952rKSkhG3bttGvXz9bW2lpqW2/R2lpKRs2bPjFfYLOzB41O336NMYY4NI+tKqqKvz9/bn33nvJysoiOzub8vJy0tLSbGvT1dijbidPnmTs2LEkJyfb9l+B1hr8cs2io6NZsmQJxhh2796Nj48PQUFB9OnTh/Xr11NUVERRURHr16+nT58+DTDL+lXbmjVv3pySkhLb1aEbNmygffv2tuNHjx6luLiYbt262dpulXPnjbjtPkm7nmXLltX4FOJaRo0axbRp07BarYwfP57nn3+eWbNmERYWxvDhwwFITk6mtLSUZ599Fvj/y4WPHj3K5MmTsVgsGGMYNWqUSy40e9Rs2LBhjB8/npiYGHx9fXnrrbcA6NixI4888gixsbG4u7uTmJhY7SNwV3G1mu3YsYOUlBQ8PDxwc3NjypQpBAQEANVrNmfOHDIzM6mqquLxxx+nd+/etsdYtWoVkZGRNG3a1NaWn5/PmDFjgEs/zTFw4MAae4hcgT1qtmLFCj7++GPc3d1p0qQJM2fOxGKx4OHhQWJiIiNHjqSyspLHHnvMJcMG2Kdu77zzDoWFhUydOhXA9lMbWmu/XLO+ffuydu1aYmJi8PLyYvr06QD4+fkxevRohg0bBsCYMWOqbVVwFXWp2bRp0xg3bhwWiwVfX19bbS4/bmxsbLWLDm6Vc+eNsJjLbyNFRERExGno604RERERJ6SQJiIiIuKEFNJEREREnJBCmoiIiIgTUkgTERERcUIKaSIiIiJOSCFNRERExAn9H/XAydroQqzxAAAAAElFTkSuQmCC\n",
"text/plain": [
"<Figure size 720x576 with 1 Axes>"
]
},
"metadata": {},
"output_type": "display_data"
}
],
"source": [
"showrides(notollrides, 10)"
]
},
{
"cell_type": "code",
"execution_count": 16,
"metadata": {},
"outputs": [
{
"data": {
"image/png": 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\n",
"text/plain": [
"<Figure size 720x576 with 1 Axes>"
]
},
"metadata": {},
"output_type": "display_data"
}
],
"source": [
"showrides(tollrides, 10)"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"As you'd expect, rides that involve a toll are longer than the typical ride."
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"<h3> Quality control and other preprocessing </h3>\n",
"\n",
"We need to do some clean-up of the data:\n",
"<ol>\n",
"<li>New York city longitudes are around -74 and latitudes are around 41.</li>\n",
"<li>We shouldn't have zero passengers.</li>\n",
"<li>Clean up the total_amount column to reflect only fare_amount and tolls_amount, and then remove those two columns.</li>\n",
"<li>Before the ride starts, we'll know the pickup and dropoff locations, but not the trip distance (that depends on the route taken), so remove it from the ML dataset</li>\n",
"<li>Discard the timestamp</li>\n",
"</ol>\n",
"\n",
"We could do preprocessing in BigQuery, similar to how we removed the zero-distance rides, but just to show you another option, let's do this in Python. In production, we'll have to carry out the same preprocessing on the real-time input data. \n",
"\n",
"This sort of preprocessing of input data is quite common in ML, especially if the quality-control is dynamic."
]
},
{
"cell_type": "code",
"execution_count": 17,
"metadata": {},
"outputs": [
{
"data": {
"text/html": [
"<div>\n",
"<style scoped>\n",
" .dataframe tbody tr th:only-of-type {\n",
" vertical-align: middle;\n",
" }\n",
"\n",
" .dataframe tbody tr th {\n",
" vertical-align: top;\n",
" }\n",
"\n",
" .dataframe thead th {\n",
" text-align: right;\n",
" }\n",
"</style>\n",
"<table border=\"1\" class=\"dataframe\">\n",
" <thead>\n",
" <tr style=\"text-align: right;\">\n",
" <th></th>\n",
" <th>pickup_longitude</th>\n",
" <th>pickup_latitude</th>\n",
" <th>dropoff_longitude</th>\n",
" <th>dropoff_latitude</th>\n",
" <th>passenger_count</th>\n",
" <th>fare_amount</th>\n",
" </tr>\n",
" </thead>\n",
" <tbody>\n",
" <tr>\n",
" <td>count</td>\n",
" <td>10476.000000</td>\n",
" <td>10476.000000</td>\n",
" <td>10476.000000</td>\n",
" <td>10476.000000</td>\n",
" <td>10476.000000</td>\n",
" <td>10476.000000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>mean</td>\n",
" <td>-73.975206</td>\n",
" <td>40.751526</td>\n",
" <td>-73.974373</td>\n",
" <td>40.751199</td>\n",
" <td>1.653303</td>\n",
" <td>11.349003</td>\n",
" </tr>\n",
" <tr>\n",
" <td>std</td>\n",
" <td>0.038547</td>\n",
" <td>0.029187</td>\n",
" <td>0.039086</td>\n",
" <td>0.033147</td>\n",
" <td>1.278827</td>\n",
" <td>9.878630</td>\n",
" </tr>\n",
" <tr>\n",
" <td>min</td>\n",
" <td>-74.258183</td>\n",
" <td>40.452290</td>\n",
" <td>-74.260472</td>\n",
" <td>40.417750</td>\n",
" <td>1.000000</td>\n",
" <td>2.500000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>25%</td>\n",
" <td>-73.992336</td>\n",
" <td>40.737600</td>\n",
" <td>-73.991739</td>\n",
" <td>40.735904</td>\n",
" <td>1.000000</td>\n",
" <td>6.000000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>50%</td>\n",
" <td>-73.982090</td>\n",
" <td>40.754020</td>\n",
" <td>-73.980780</td>\n",
" <td>40.753597</td>\n",
" <td>1.000000</td>\n",
" <td>8.500000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>75%</td>\n",
" <td>-73.968517</td>\n",
" <td>40.767774</td>\n",
" <td>-73.965851</td>\n",
" <td>40.767921</td>\n",
" <td>2.000000</td>\n",
" <td>12.500000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>max</td>\n",
" <td>-73.137393</td>\n",
" <td>41.366138</td>\n",
" <td>-73.137393</td>\n",
" <td>41.366138</td>\n",
" <td>6.000000</td>\n",
" <td>179.000000</td>\n",
" </tr>\n",
" </tbody>\n",
"</table>\n",
"</div>"
],
"text/plain": [
" pickup_longitude pickup_latitude dropoff_longitude dropoff_latitude \\\n",
"count 10476.000000 10476.000000 10476.000000 10476.000000 \n",
"mean -73.975206 40.751526 -73.974373 40.751199 \n",
"std 0.038547 0.029187 0.039086 0.033147 \n",
"min -74.258183 40.452290 -74.260472 40.417750 \n",
"25% -73.992336 40.737600 -73.991739 40.735904 \n",
"50% -73.982090 40.754020 -73.980780 40.753597 \n",
"75% -73.968517 40.767774 -73.965851 40.767921 \n",
"max -73.137393 41.366138 -73.137393 41.366138 \n",
"\n",
" passenger_count fare_amount \n",
"count 10476.000000 10476.000000 \n",
"mean 1.653303 11.349003 \n",
"std 1.278827 9.878630 \n",
"min 1.000000 2.500000 \n",
"25% 1.000000 6.000000 \n",
"50% 1.000000 8.500000 \n",
"75% 2.000000 12.500000 \n",
"max 6.000000 179.000000 "
]
},
"execution_count": 17,
"metadata": {},
"output_type": "execute_result"
}
],
"source": [
"def preprocess(trips_in):\n",
" trips = trips_in.copy(deep=True)\n",
" trips.fare_amount = trips.fare_amount + trips.tolls_amount\n",
" del trips[\"tolls_amount\"]\n",
" del trips[\"total_amount\"]\n",
" del trips[\"trip_distance\"] # we won't know this in advance!\n",
"\n",
" qc = np.all([\n",
" trips[\"pickup_longitude\"] > -78,\n",
" trips[\"pickup_longitude\"] < -70,\n",
" trips[\"dropoff_longitude\"] > -78,\n",
" trips[\"dropoff_longitude\"] < -70,\n",
" trips[\"pickup_latitude\"] > 37,\n",
" trips[\"pickup_latitude\"] < 45,\n",
" trips[\"dropoff_latitude\"] > 37,\n",
" trips[\"dropoff_latitude\"] < 45,\n",
" trips[\"passenger_count\"] > 0\n",
" ], axis=0)\n",
"\n",
" return trips[qc]\n",
"\n",
"tripsqc = preprocess(trips)\n",
"tripsqc.describe()"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"The quality control has removed about 300 rows (11400 - 11101) or about 3% of the data. This seems reasonable.\n",
"\n",
"Let's move on to creating the ML datasets.\n",
"\n",
"<h3> Create ML datasets </h3>\n",
"\n",
"Let's split the QCed data randomly into training, validation and test sets.\n",
"Note that this is not the entire data. We have 1 billion taxicab rides. This is just splitting the 10,000 rides to show you how it's done on smaller datasets. In reality, we'll have to do it on all 1 billion rides and this won't scale."
]
},
{
"cell_type": "code",
"execution_count": 18,
"metadata": {},
"outputs": [],
"source": [
"shuffled = tripsqc.sample(frac=1)\n",
"trainsize = int(len(shuffled[\"fare_amount\"]) * 0.70)\n",
"validsize = int(len(shuffled[\"fare_amount\"]) * 0.15)\n",
"\n",
"df_train = shuffled.iloc[:trainsize, :]\n",
"df_valid = shuffled.iloc[trainsize:(trainsize + validsize), :]\n",
"df_test = shuffled.iloc[(trainsize + validsize):, :]"
]
},
{
"cell_type": "code",
"execution_count": 19,
"metadata": {},
"outputs": [
{
"data": {
"text/html": [
"<div>\n",
"<style scoped>\n",
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"\n",
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" }\n",
"</style>\n",
"<table border=\"1\" class=\"dataframe\">\n",
" <thead>\n",
" <tr style=\"text-align: right;\">\n",
" <th></th>\n",
" <th>pickup_datetime</th>\n",
" <th>pickup_longitude</th>\n",
" <th>pickup_latitude</th>\n",
" <th>dropoff_longitude</th>\n",
" <th>dropoff_latitude</th>\n",
" <th>passenger_count</th>\n",
" <th>fare_amount</th>\n",
" </tr>\n",
" </thead>\n",
" <tbody>\n",
" <tr>\n",
" <td>9718</td>\n",
" <td>2011-07-27 09:45:56 UTC</td>\n",
" <td>-73.98012</td>\n",
" <td>40.730552</td>\n",
" <td>-73.990246</td>\n",
" <td>40.756076</td>\n",
" <td>2</td>\n",
" <td>11.3</td>\n",
" </tr>\n",
" </tbody>\n",
"</table>\n",
"</div>"
],
"text/plain": [
" pickup_datetime pickup_longitude pickup_latitude \\\n",
"9718 2011-07-27 09:45:56 UTC -73.98012 40.730552 \n",
"\n",
" dropoff_longitude dropoff_latitude passenger_count fare_amount \n",
"9718 -73.990246 40.756076 2 11.3 "
]
},
"execution_count": 19,
"metadata": {},
"output_type": "execute_result"
}
],
"source": [
"df_train.head(n=1)"
]
},
{
"cell_type": "code",
"execution_count": 20,
"metadata": {},
"outputs": [
{
"data": {
"text/html": [
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"\n",
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" text-align: right;\n",
" }\n",
"</style>\n",
"<table border=\"1\" class=\"dataframe\">\n",
" <thead>\n",
" <tr style=\"text-align: right;\">\n",
" <th></th>\n",
" <th>pickup_longitude</th>\n",
" <th>pickup_latitude</th>\n",
" <th>dropoff_longitude</th>\n",
" <th>dropoff_latitude</th>\n",
" <th>passenger_count</th>\n",
" <th>fare_amount</th>\n",
" </tr>\n",
" </thead>\n",
" <tbody>\n",
" <tr>\n",
" <td>count</td>\n",
" <td>7333.000000</td>\n",
" <td>7333.000000</td>\n",
" <td>7333.000000</td>\n",
" <td>7333.000000</td>\n",
" <td>7333.000000</td>\n",
" <td>7333.000000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>mean</td>\n",
" <td>-73.975458</td>\n",
" <td>40.751361</td>\n",
" <td>-73.974390</td>\n",
" <td>40.751321</td>\n",
" <td>1.642029</td>\n",
" <td>11.339677</td>\n",
" </tr>\n",
" <tr>\n",
" <td>std</td>\n",
" <td>0.035886</td>\n",
" <td>0.027382</td>\n",
" <td>0.038016</td>\n",
" <td>0.032218</td>\n",
" <td>1.258757</td>\n",
" <td>9.643396</td>\n",
" </tr>\n",
" <tr>\n",
" <td>min</td>\n",
" <td>-74.258183</td>\n",
" <td>40.608573</td>\n",
" <td>-74.260472</td>\n",
" <td>40.561076</td>\n",
" <td>1.000000</td>\n",
" <td>2.500000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>25%</td>\n",
" <td>-73.992532</td>\n",
" <td>40.737748</td>\n",
" <td>-73.991604</td>\n",
" <td>40.736398</td>\n",
" <td>1.000000</td>\n",
" <td>6.000000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>50%</td>\n",
" <td>-73.982140</td>\n",
" <td>40.754077</td>\n",
" <td>-73.980835</td>\n",
" <td>40.753983</td>\n",
" <td>1.000000</td>\n",
" <td>8.500000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>75%</td>\n",
" <td>-73.968541</td>\n",
" <td>40.767605</td>\n",
" <td>-73.965786</td>\n",
" <td>40.768035</td>\n",
" <td>2.000000</td>\n",
" <td>12.500000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>max</td>\n",
" <td>-73.137393</td>\n",
" <td>41.366138</td>\n",
" <td>-73.137393</td>\n",
" <td>41.366138</td>\n",
" <td>6.000000</td>\n",
" <td>179.000000</td>\n",
" </tr>\n",
" </tbody>\n",
"</table>\n",
"</div>"
],
"text/plain": [
" pickup_longitude pickup_latitude dropoff_longitude dropoff_latitude \\\n",
"count 7333.000000 7333.000000 7333.000000 7333.000000 \n",
"mean -73.975458 40.751361 -73.974390 40.751321 \n",
"std 0.035886 0.027382 0.038016 0.032218 \n",
"min -74.258183 40.608573 -74.260472 40.561076 \n",
"25% -73.992532 40.737748 -73.991604 40.736398 \n",
"50% -73.982140 40.754077 -73.980835 40.753983 \n",
"75% -73.968541 40.767605 -73.965786 40.768035 \n",
"max -73.137393 41.366138 -73.137393 41.366138 \n",
"\n",
" passenger_count fare_amount \n",
"count 7333.000000 7333.000000 \n",
"mean 1.642029 11.339677 \n",
"std 1.258757 9.643396 \n",
"min 1.000000 2.500000 \n",
"25% 1.000000 6.000000 \n",
"50% 1.000000 8.500000 \n",
"75% 2.000000 12.500000 \n",
"max 6.000000 179.000000 "
]
},
"execution_count": 20,
"metadata": {},
"output_type": "execute_result"
}
],
"source": [
"df_train.describe()"
]
},
{
"cell_type": "code",
"execution_count": 21,
"metadata": {},
"outputs": [
{
"data": {
"text/html": [
"<div>\n",
"<style scoped>\n",
" .dataframe tbody tr th:only-of-type {\n",
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"\n",
" .dataframe thead th {\n",
" text-align: right;\n",
" }\n",
"</style>\n",
"<table border=\"1\" class=\"dataframe\">\n",
" <thead>\n",
" <tr style=\"text-align: right;\">\n",
" <th></th>\n",
" <th>pickup_longitude</th>\n",
" <th>pickup_latitude</th>\n",
" <th>dropoff_longitude</th>\n",
" <th>dropoff_latitude</th>\n",
" <th>passenger_count</th>\n",
" <th>fare_amount</th>\n",
" </tr>\n",
" </thead>\n",
" <tbody>\n",
" <tr>\n",
" <td>count</td>\n",
" <td>1571.000000</td>\n",
" <td>1571.000000</td>\n",
" <td>1571.000000</td>\n",
" <td>1571.000000</td>\n",
" <td>1571.000000</td>\n",
" <td>1571.000000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>mean</td>\n",
" <td>-73.973921</td>\n",
" <td>40.752835</td>\n",
" <td>-73.973232</td>\n",
" <td>40.751910</td>\n",
" <td>1.698281</td>\n",
" <td>11.190777</td>\n",
" </tr>\n",
" <tr>\n",
" <td>std</td>\n",
" <td>0.047222</td>\n",
" <td>0.034633</td>\n",
" <td>0.045578</td>\n",
" <td>0.039445</td>\n",
" <td>1.330913</td>\n",
" <td>10.243204</td>\n",
" </tr>\n",
" <tr>\n",
" <td>min</td>\n",
" <td>-74.043078</td>\n",
" <td>40.452290</td>\n",
" <td>-74.181608</td>\n",
" <td>40.417750</td>\n",
" <td>1.000000</td>\n",
" <td>2.500000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>25%</td>\n",
" <td>-73.991508</td>\n",
" <td>40.738050</td>\n",
" <td>-73.991885</td>\n",
" <td>40.735402</td>\n",
" <td>1.000000</td>\n",
" <td>6.000000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>50%</td>\n",
" <td>-73.981873</td>\n",
" <td>40.754845</td>\n",
" <td>-73.980273</td>\n",
" <td>40.753456</td>\n",
" <td>1.000000</td>\n",
" <td>8.100000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>75%</td>\n",
" <td>-73.968047</td>\n",
" <td>40.768333</td>\n",
" <td>-73.963515</td>\n",
" <td>40.768279</td>\n",
" <td>2.000000</td>\n",
" <td>12.100000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>max</td>\n",
" <td>-73.137393</td>\n",
" <td>41.366138</td>\n",
" <td>-73.137393</td>\n",
" <td>41.366138</td>\n",
" <td>6.000000</td>\n",
" <td>144.800000</td>\n",
" </tr>\n",
" </tbody>\n",
"</table>\n",
"</div>"
],
"text/plain": [
" pickup_longitude pickup_latitude dropoff_longitude dropoff_latitude \\\n",
"count 1571.000000 1571.000000 1571.000000 1571.000000 \n",
"mean -73.973921 40.752835 -73.973232 40.751910 \n",
"std 0.047222 0.034633 0.045578 0.039445 \n",
"min -74.043078 40.452290 -74.181608 40.417750 \n",
"25% -73.991508 40.738050 -73.991885 40.735402 \n",
"50% -73.981873 40.754845 -73.980273 40.753456 \n",
"75% -73.968047 40.768333 -73.963515 40.768279 \n",
"max -73.137393 41.366138 -73.137393 41.366138 \n",
"\n",
" passenger_count fare_amount \n",
"count 1571.000000 1571.000000 \n",
"mean 1.698281 11.190777 \n",
"std 1.330913 10.243204 \n",
"min 1.000000 2.500000 \n",
"25% 1.000000 6.000000 \n",
"50% 1.000000 8.100000 \n",
"75% 2.000000 12.100000 \n",
"max 6.000000 144.800000 "
]
},
"execution_count": 21,
"metadata": {},
"output_type": "execute_result"
}
],
"source": [
"df_valid.describe()"
]
},
{
"cell_type": "code",
"execution_count": 22,
"metadata": {},
"outputs": [
{
"data": {
"text/html": [
"<div>\n",
"<style scoped>\n",
" .dataframe tbody tr th:only-of-type {\n",
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"\n",
" .dataframe thead th {\n",
" text-align: right;\n",
" }\n",
"</style>\n",
"<table border=\"1\" class=\"dataframe\">\n",
" <thead>\n",
" <tr style=\"text-align: right;\">\n",
" <th></th>\n",
" <th>pickup_longitude</th>\n",
" <th>pickup_latitude</th>\n",
" <th>dropoff_longitude</th>\n",
" <th>dropoff_latitude</th>\n",
" <th>passenger_count</th>\n",
" <th>fare_amount</th>\n",
" </tr>\n",
" </thead>\n",
" <tbody>\n",
" <tr>\n",
" <td>count</td>\n",
" <td>1572.000000</td>\n",
" <td>1572.000000</td>\n",
" <td>1572.000000</td>\n",
" <td>1572.000000</td>\n",
" <td>1572.000000</td>\n",
" <td>1572.000000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>mean</td>\n",
" <td>-73.975317</td>\n",
" <td>40.750986</td>\n",
" <td>-73.975436</td>\n",
" <td>40.749916</td>\n",
" <td>1.660941</td>\n",
" <td>11.550636</td>\n",
" </tr>\n",
" <tr>\n",
" <td>std</td>\n",
" <td>0.040827</td>\n",
" <td>0.031306</td>\n",
" <td>0.036921</td>\n",
" <td>0.030409</td>\n",
" <td>1.317821</td>\n",
" <td>10.571027</td>\n",
" </tr>\n",
" <tr>\n",
" <td>min</td>\n",
" <td>-74.187541</td>\n",
" <td>40.633522</td>\n",
" <td>-74.187541</td>\n",
" <td>40.590919</td>\n",
" <td>1.000000</td>\n",
" <td>2.900000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>25%</td>\n",
" <td>-73.992529</td>\n",
" <td>40.736388</td>\n",
" <td>-73.992098</td>\n",
" <td>40.734470</td>\n",
" <td>1.000000</td>\n",
" <td>6.000000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>50%</td>\n",
" <td>-73.982109</td>\n",
" <td>40.753436</td>\n",
" <td>-73.981128</td>\n",
" <td>40.752893</td>\n",
" <td>1.000000</td>\n",
" <td>8.500000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>75%</td>\n",
" <td>-73.969370</td>\n",
" <td>40.767797</td>\n",
" <td>-73.967812</td>\n",
" <td>40.766533</td>\n",
" <td>2.000000</td>\n",
" <td>12.500000</td>\n",
" </tr>\n",
" <tr>\n",
" <td>max</td>\n",
" <td>-73.137393</td>\n",
" <td>41.366138</td>\n",
" <td>-73.776288</td>\n",
" <td>41.001380</td>\n",
" <td>6.000000</td>\n",
" <td>99.300000</td>\n",
" </tr>\n",
" </tbody>\n",
"</table>\n",
"</div>"
],
"text/plain": [
" pickup_longitude pickup_latitude dropoff_longitude dropoff_latitude \\\n",
"count 1572.000000 1572.000000 1572.000000 1572.000000 \n",
"mean -73.975317 40.750986 -73.975436 40.749916 \n",
"std 0.040827 0.031306 0.036921 0.030409 \n",
"min -74.187541 40.633522 -74.187541 40.590919 \n",
"25% -73.992529 40.736388 -73.992098 40.734470 \n",
"50% -73.982109 40.753436 -73.981128 40.752893 \n",
"75% -73.969370 40.767797 -73.967812 40.766533 \n",
"max -73.137393 41.366138 -73.776288 41.001380 \n",
"\n",
" passenger_count fare_amount \n",
"count 1572.000000 1572.000000 \n",
"mean 1.660941 11.550636 \n",
"std 1.317821 10.571027 \n",
"min 1.000000 2.900000 \n",
"25% 1.000000 6.000000 \n",
"50% 1.000000 8.500000 \n",
"75% 2.000000 12.500000 \n",
"max 6.000000 99.300000 "
]
},
"execution_count": 22,
"metadata": {},
"output_type": "execute_result"
}
],
"source": [
"df_test.describe()"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"Let's write out the three dataframes to appropriately named csv files. We can use these csv files for local training (recall that these files represent only 1/100,000 of the full dataset) just to verify our code works, before we run it on all the data."
]
},
{
"cell_type": "code",
"execution_count": 23,
"metadata": {},
"outputs": [
{
"name": "stdout",
"output_type": "stream",
"text": [
"['fare_amount', 'pickup_datetime', 'pickup_longitude', 'pickup_latitude', 'dropoff_longitude', 'dropoff_latitude', 'passenger_count', 'key']\n",
"['fare_amount', 'pickup_datetime', 'pickup_longitude', 'pickup_latitude', 'dropoff_longitude', 'dropoff_latitude', 'passenger_count', 'key']\n",
"['fare_amount', 'pickup_datetime', 'pickup_longitude', 'pickup_latitude', 'dropoff_longitude', 'dropoff_latitude', 'passenger_count', 'key']\n"
]
}
],
"source": [
"def to_csv(df, filename):\n",
" outdf = df.copy(deep=False)\n",
" outdf.loc[:, \"key\"] = np.arange(0, len(outdf)) # rownumber as key\n",
" # Reorder columns so that target is first column\n",
" cols = outdf.columns.tolist()\n",
" cols.remove(\"fare_amount\")\n",
" cols.insert(0, \"fare_amount\")\n",
" print (cols) # new order of columns\n",
" outdf = outdf[cols]\n",
" outdf.to_csv(filename, header=False, index_label=False, index=False)\n",
"\n",
"to_csv(df_train, \"taxi-train.csv\")\n",
"to_csv(df_valid, \"taxi-valid.csv\")\n",
"to_csv(df_test, \"taxi-test.csv\")"
]
},
{
"cell_type": "code",
"execution_count": 24,
"metadata": {},
"outputs": [
{
"name": "stdout",
"output_type": "stream",
"text": [
"6.0,2013-10-13 10:02:20 UTC,-73.950821,40.810753,-73.964465,40.807449,1,0\n",
"120.0,2015-04-28 15:00:24 UTC,-73.86323547363281,40.76896286010742,-73.964599609375,40.9226188659668,1,1\n",
"7.5,2012-12-31 21:07:30 UTC,-74.000094,40.738104,-73.985071,40.736013,2,2\n",
"9.5,2014-11-16 09:00:22 UTC,-73.968167,40.75261,-73.958636,40.778393,2,3\n",
"9.3,2012-02-03 19:07:41 UTC,-73.970027,40.789105,-73.987416,40.761225,1,4\n",
"4.5,2015-04-21 23:19:43 UTC,-73.97529602050781,40.76133728027344,-73.96334838867188,40.75605392456055,1,5\n",
"6.1,2011-11-22 07:39:09 UTC,-73.969197,40.764832,-73.980742,40.774061,2,6\n",
"20.0,2013-04-02 21:15:20 UTC,-73.992788,40.749358,-73.963698,40.716271,1,7\n",
"5.7,2012-04-13 22:23:16 UTC,-73.99782,40.745847,-73.993732,40.732632,1,8\n",
"8.9,2009-07-18 01:19:34 UTC,-73.987535,40.749581,-73.991891,40.721913,1,9\n"
]
}
],
"source": [
"!head -10 taxi-valid.csv"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"<h3> Verify that datasets exist </h3>"
]
},
{
"cell_type": "code",
"execution_count": 25,
"metadata": {},
"outputs": [
{
"name": "stdout",
"output_type": "stream",
"text": [
"-rw-r--r-- 1 jupyter jupyter 123269 Nov 6 04:53 taxi-test.csv\n",
"-rw-r--r-- 1 jupyter jupyter 579473 Nov 6 04:53 taxi-train.csv\n",
"-rw-r--r-- 1 jupyter jupyter 123017 Nov 6 04:53 taxi-valid.csv\n"
]
}
],
"source": [
"!ls -l *.csv"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"We have 3 .csv files corresponding to train, valid, test. The ratio of file-sizes correspond to our split of the data."
]
},
{
"cell_type": "code",
"execution_count": 26,
"metadata": {},
"outputs": [
{
"name": "stdout",
"output_type": "stream",
"text": [
"11.3,2011-07-27 09:45:56 UTC,-73.98012,40.730552,-73.990246,40.756076,2,0\n",
"10.0,2014-12-08 21:50:00 UTC,-73.97866,40.752247,-73.955233,40.777127,1,1\n",
"11.0,2013-12-26 18:32:32 UTC,-73.873022,40.774008,-73.907011,40.779224,1,2\n",
"8.5,2013-03-07 17:27:13 UTC,-73.951629,40.766381,-73.9672,40.763297,1,3\n",
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]
}
],
"source": [
"%%bash\n",
"head taxi-train.csv"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"Looks good! We now have our ML datasets and are ready to train ML models, validate them and evaluate them."
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"<h3> Benchmark </h3>\n",
"\n",
"Before we start building complex ML models, it is a good idea to come up with a very simple model and use that as a benchmark.\n",
"\n",
"My model is going to be to simply divide the mean fare_amount by the mean trip_distance to come up with a rate and use that to predict. Let's compute the RMSE of such a model."
]
},
{
"cell_type": "code",
"execution_count": 27,
"metadata": {},
"outputs": [
{
"name": "stdout",
"output_type": "stream",
"text": [
"Rate = $2.5942426114682986/km\n",
"Train RMSE = 7.037332431803795\n",
"Valid RMSE = 7.5827177000074\n",
"Test RMSE = 9.751687930029119\n"
]
}
],
"source": [
"def distance_between(lat1, lon1, lat2, lon2):\n",
" # Haversine formula to compute distance \"as the crow flies\".\n",
" lat1_r = np.radians(lat1)\n",
" lat2_r = np.radians(lat2)\n",
" lon_diff_r = np.radians(lon2 - lon1)\n",
" sin_prod = np.sin(lat1_r) * np.sin(lat2_r)\n",
" cos_prod = np.cos(lat1_r) * np.cos(lat2_r) * np.cos(lon_diff_r)\n",
" minimum = np.minimum(1, sin_prod + cos_prod)\n",
" dist = np.degrees(np.arccos(minimum)) * 60 * 1.515 * 1.609344\n",
"\n",
" return dist\n",
"\n",
"def estimate_distance(df):\n",
" return distance_between(\n",
" df[\"pickuplat\"], df[\"pickuplon\"], df[\"dropofflat\"], df[\"dropofflon\"])\n",
"\n",
"def compute_rmse(actual, predicted):\n",
" return np.sqrt(np.mean((actual - predicted) ** 2))\n",
"\n",
"def print_rmse(df, rate, name):\n",
" print (\"{1} RMSE = {0}\".format(\n",
" compute_rmse(df[\"fare_amount\"], rate * estimate_distance(df)), name))\n",
"\n",
"# TODO 4\n",
"FEATURES = [\"pickuplon\", \"pickuplat\", \"dropofflon\", \"dropofflat\", \"passengers\"]\n",
"TARGET = \"fare_amount\"\n",
"columns = list([TARGET])\n",
"columns.append(\"pickup_datetime\")\n",
"columns.extend(FEATURES) # in CSV, target is first column, after the features\n",
"columns.append(\"key\")\n",
"df_train = pd.read_csv(\"taxi-train.csv\", header=None, names=columns)\n",
"df_valid = pd.read_csv(\"taxi-valid.csv\", header=None, names=columns)\n",
"df_test = pd.read_csv(\"taxi-test.csv\", header=None, names=columns)\n",
"rate = df_train[\"fare_amount\"].mean() / estimate_distance(df_train).mean()\n",
"print (\"Rate = ${0}/km\".format(rate))\n",
"print_rmse(df_train, rate, \"Train\")\n",
"print_rmse(df_valid, rate, \"Valid\") \n",
"print_rmse(df_test, rate, \"Test\") "
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"<h2>Benchmark on same dataset</h2>\n",
"\n",
"The RMSE depends on the dataset, and for comparison, we have to evaluate on the same dataset each time. We'll use this query in later labs:"
]
},
{
"cell_type": "code",
"execution_count": 28,
"metadata": {},
"outputs": [
{
"name": "stdout",
"output_type": "stream",
"text": [
"Final Validation Set RMSE = 8.135336354024895\n"
]
}
],
"source": [
"validation_query = \"\"\"\n",
"SELECT\n",
" (tolls_amount + fare_amount) AS fare_amount,\n",
" pickup_datetime,\n",
" pickup_longitude AS pickuplon,\n",
" pickup_latitude AS pickuplat,\n",
" dropoff_longitude AS dropofflon,\n",
" dropoff_latitude AS dropofflat,\n",
" passenger_count*1.0 AS passengers,\n",
" \"unused\" AS key\n",
"FROM\n",
" `nyc-tlc.yellow.trips`\n",
"WHERE\n",
" ABS(MOD(FARM_FINGERPRINT(CAST(pickup_datetime AS STRING)), 10000)) = 2\n",
" AND trip_distance > 0\n",
" AND fare_amount >= 2.5\n",
" AND pickup_longitude > -78\n",
" AND pickup_longitude < -70\n",
" AND dropoff_longitude > -78\n",
" AND dropoff_longitude < -70\n",
" AND pickup_latitude > 37\n",
" AND pickup_latitude < 45\n",
" AND dropoff_latitude > 37\n",
" AND dropoff_latitude < 45\n",
" AND passenger_count > 0\n",
"\"\"\"\n",
"\n",
"client = bigquery.Client()\n",
"df_valid = client.query(validation_query).to_dataframe()\n",
"print_rmse(df_valid, 2.59988, \"Final Validation Set\")"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"The simple distance-based rule gives us a RMSE of <b>$8.14</b>. We have to beat this, of course, but you will find that simple rules of thumb like this can be surprisingly difficult to beat.\n",
"\n",
"Let's be ambitious, though, and make our goal to build ML models that have a RMSE of less than $6 on the test set."
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"Copyright 2020 Google Inc.\n",
"Licensed under the Apache License, Version 2.0 (the \"License\"); you may not use this file except in compliance with the License. You may obtain a copy of the License at\n",
"http://www.apache.org/licenses/LICENSE-2.0\n",
"Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License."
]
}
],
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"kernelspec": {
"display_name": "Python 3",
"language": "python",
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"nbconvert_exporter": "python",
"pygments_lexer": "ipython3",
"version": "3.5.3"
}
},
"nbformat": 4,
"nbformat_minor": 4
}
| Jupyter Notebook | 5 | memeyankm/training-data-analyst | courses/machine_learning/deepdive2/launching_into_ml/solutions/explore_data.ipynb | [
"Apache-2.0"
] |
@import '../styles.sass'
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font-size: $code-kbd-font-size
font-weight: $code-kbd-font-weight
code
padding: $code-padding
kbd
padding: $kbd-padding
+elevation(2)
+theme(v-application) using ($material)
code
background-color: map-deep-get($material, 'code', 'background')
color: map-deep-get($material, 'code', 'color')
kbd
background: map-deep-get($material, 'kbd', 'background')
color: map-deep-get($material, 'kbd', 'color')
| Sass | 4 | mattgrande/vuetify | packages/vuetify/src/styles/elements/_code.sass | [
"MIT"
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2 | . prog xdecl
$výchozí reduce using rule 1 (prog)
prog přejít do stavu 1
State 1
0 $accept: prog . $end
2 prog: prog . xdecl
3 xdecl: . zctlist ';'
4 | . zctlist xdlist ';'
7 | . zctlist xdecor $@1 pdecl $@2 block
182 zctlist: . %empty [';', '*', '(', LNAME, LTYPE]
183 | . ctlist
184 types: . complex
185 | . tname
186 | . gcnlist
187 | . complex gctnlist
188 | . tname gctnlist
189 | . gcnlist complex zgnlist
190 | . gcnlist tname
191 | . gcnlist tname gctnlist
193 ctlist: . types
194 complex: . LSTRUCT ltag
196 | . LSTRUCT ltag $@10 sbody
197 | . LSTRUCT sbody
198 | . LUNION ltag
200 | . LUNION ltag $@11 sbody
201 | . LUNION sbody
202 | . LENUM ltag
205 | . LENUM ltag $@12 '{' $@13 enum '}'
207 | . LENUM '{' $@14 enum '}'
208 | . LTYPE
216 gcnlist: . gcname
217 | . gcnlist gcname
218 gcname: . gname
219 | . cname
224 tname: . LCHAR
225 | . LSHORT
226 | . LINT
227 | . LLONG
228 | . LSIGNED
229 | . LUNSIGNED
230 | . LFLOAT
231 | . LDOUBLE
232 | . LVOID
233 cname: . LAUTO
234 | . LSTATIC
235 | . LEXTERN
236 | . LTYPEDEF
237 | . LTYPESTR
238 | . LREGISTER
239 | . LINLINE
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
$end posunout a přejít do stavu 2
LTYPE posunout a přejít do stavu 3
LAUTO posunout a přejít do stavu 4
LCHAR posunout a přejít do stavu 5
LDOUBLE posunout a přejít do stavu 6
LEXTERN posunout a přejít do stavu 7
LFLOAT posunout a přejít do stavu 8
LINT posunout a přejít do stavu 9
LLONG posunout a přejít do stavu 10
LREGISTER posunout a přejít do stavu 11
LSHORT posunout a přejít do stavu 12
LSTATIC posunout a přejít do stavu 13
LSTRUCT posunout a přejít do stavu 14
LTYPEDEF posunout a přejít do stavu 15
LTYPESTR posunout a přejít do stavu 16
LUNION posunout a přejít do stavu 17
LUNSIGNED posunout a přejít do stavu 18
LVOID posunout a přejít do stavu 19
LENUM posunout a přejít do stavu 20
LSIGNED posunout a přejít do stavu 21
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LRESTRICT posunout a přejít do stavu 24
LINLINE posunout a přejít do stavu 25
LTYPE [reduce using rule 182 (zctlist)]
$výchozí reduce using rule 182 (zctlist)
xdecl přejít do stavu 26
zctlist přejít do stavu 27
types přejít do stavu 28
ctlist přejít do stavu 29
complex přejít do stavu 30
gcnlist přejít do stavu 31
gcname přejít do stavu 32
tname přejít do stavu 33
cname přejít do stavu 34
gname přejít do stavu 35
State 2
0 $accept: prog $end .
$výchozí přijmout
State 3
208 complex: LTYPE .
$výchozí reduce using rule 208 (complex)
State 4
233 cname: LAUTO .
$výchozí reduce using rule 233 (cname)
State 5
224 tname: LCHAR .
$výchozí reduce using rule 224 (tname)
State 6
231 tname: LDOUBLE .
$výchozí reduce using rule 231 (tname)
State 7
235 cname: LEXTERN .
$výchozí reduce using rule 235 (cname)
State 8
230 tname: LFLOAT .
$výchozí reduce using rule 230 (tname)
State 9
226 tname: LINT .
$výchozí reduce using rule 226 (tname)
State 10
227 tname: LLONG .
$výchozí reduce using rule 227 (tname)
State 11
238 cname: LREGISTER .
$výchozí reduce using rule 238 (cname)
State 12
225 tname: LSHORT .
$výchozí reduce using rule 225 (tname)
State 13
234 cname: LSTATIC .
$výchozí reduce using rule 234 (cname)
State 14
181 sbody: . '{' @9 edecl '}'
194 complex: LSTRUCT . ltag
196 | LSTRUCT . ltag $@10 sbody
197 | LSTRUCT . sbody
245 ltag: . LNAME
246 | . LTYPE
LNAME posunout a přejít do stavu 36
LTYPE posunout a přejít do stavu 37
'{' posunout a přejít do stavu 38
sbody přejít do stavu 39
ltag přejít do stavu 40
State 15
236 cname: LTYPEDEF .
$výchozí reduce using rule 236 (cname)
State 16
237 cname: LTYPESTR .
$výchozí reduce using rule 237 (cname)
State 17
181 sbody: . '{' @9 edecl '}'
198 complex: LUNION . ltag
200 | LUNION . ltag $@11 sbody
201 | LUNION . sbody
245 ltag: . LNAME
246 | . LTYPE
LNAME posunout a přejít do stavu 36
LTYPE posunout a přejít do stavu 37
'{' posunout a přejít do stavu 38
sbody přejít do stavu 41
ltag přejít do stavu 42
State 18
229 tname: LUNSIGNED .
$výchozí reduce using rule 229 (tname)
State 19
232 tname: LVOID .
$výchozí reduce using rule 232 (tname)
State 20
202 complex: LENUM . ltag
205 | LENUM . ltag $@12 '{' $@13 enum '}'
207 | LENUM . '{' $@14 enum '}'
245 ltag: . LNAME
246 | . LTYPE
LNAME posunout a přejít do stavu 36
LTYPE posunout a přejít do stavu 37
'{' posunout a přejít do stavu 43
ltag přejít do stavu 44
State 21
228 tname: LSIGNED .
$výchozí reduce using rule 228 (tname)
State 22
240 gname: LCONSTNT .
$výchozí reduce using rule 240 (gname)
State 23
241 gname: LVOLATILE .
$výchozí reduce using rule 241 (gname)
State 24
242 gname: LRESTRICT .
$výchozí reduce using rule 242 (gname)
State 25
239 cname: LINLINE .
$výchozí reduce using rule 239 (cname)
State 26
2 prog: prog xdecl .
$výchozí reduce using rule 2 (prog)
State 27
3 xdecl: zctlist . ';'
4 | zctlist . xdlist ';'
7 | zctlist . xdecor $@1 pdecl $@2 block
8 xdlist: . xdecor
10 | . xdecor $@3 '=' init
11 | . xdlist ',' xdlist
12 xdecor: . xdecor2
13 | . '*' zgnlist xdecor
14 xdecor2: . tag
15 | . '(' xdecor ')'
16 | . xdecor2 '(' zarglist ')'
17 | . xdecor2 '[' zexpr ']'
244 tag: . ltag
245 ltag: . LNAME
246 | . LTYPE
';' posunout a přejít do stavu 45
'*' posunout a přejít do stavu 46
'(' posunout a přejít do stavu 47
LNAME posunout a přejít do stavu 36
LTYPE posunout a přejít do stavu 37
xdlist přejít do stavu 48
xdecor přejít do stavu 49
xdecor2 přejít do stavu 50
tag přejít do stavu 51
ltag přejít do stavu 52
State 28
193 ctlist: types .
$výchozí reduce using rule 193 (ctlist)
State 29
183 zctlist: ctlist .
$výchozí reduce using rule 183 (zctlist)
State 30
184 types: complex . [';', ',', ':', '*', '[', '(', LNAME, LTYPE, ')']
187 | complex . gctnlist
209 gctnlist: . gctname
210 | . gctnlist gctname
213 gctname: . tname
214 | . gname
215 | . cname
224 tname: . LCHAR
225 | . LSHORT
226 | . LINT
227 | . LLONG
228 | . LSIGNED
229 | . LUNSIGNED
230 | . LFLOAT
231 | . LDOUBLE
232 | . LVOID
233 cname: . LAUTO
234 | . LSTATIC
235 | . LEXTERN
236 | . LTYPEDEF
237 | . LTYPESTR
238 | . LREGISTER
239 | . LINLINE
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
LAUTO posunout a přejít do stavu 4
LCHAR posunout a přejít do stavu 5
LDOUBLE posunout a přejít do stavu 6
LEXTERN posunout a přejít do stavu 7
LFLOAT posunout a přejít do stavu 8
LINT posunout a přejít do stavu 9
LLONG posunout a přejít do stavu 10
LREGISTER posunout a přejít do stavu 11
LSHORT posunout a přejít do stavu 12
LSTATIC posunout a přejít do stavu 13
LTYPEDEF posunout a přejít do stavu 15
LTYPESTR posunout a přejít do stavu 16
LUNSIGNED posunout a přejít do stavu 18
LVOID posunout a přejít do stavu 19
LSIGNED posunout a přejít do stavu 21
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LRESTRICT posunout a přejít do stavu 24
LINLINE posunout a přejít do stavu 25
$výchozí reduce using rule 184 (types)
gctnlist přejít do stavu 53
gctname přejít do stavu 54
tname přejít do stavu 55
cname přejít do stavu 56
gname přejít do stavu 57
State 31
186 types: gcnlist . [';', ',', ':', '*', '[', '(', LNAME, LTYPE, ')']
189 | gcnlist . complex zgnlist
190 | gcnlist . tname
191 | gcnlist . tname gctnlist
194 complex: . LSTRUCT ltag
196 | . LSTRUCT ltag $@10 sbody
197 | . LSTRUCT sbody
198 | . LUNION ltag
200 | . LUNION ltag $@11 sbody
201 | . LUNION sbody
202 | . LENUM ltag
205 | . LENUM ltag $@12 '{' $@13 enum '}'
207 | . LENUM '{' $@14 enum '}'
208 | . LTYPE
217 gcnlist: gcnlist . gcname
218 gcname: . gname
219 | . cname
224 tname: . LCHAR
225 | . LSHORT
226 | . LINT
227 | . LLONG
228 | . LSIGNED
229 | . LUNSIGNED
230 | . LFLOAT
231 | . LDOUBLE
232 | . LVOID
233 cname: . LAUTO
234 | . LSTATIC
235 | . LEXTERN
236 | . LTYPEDEF
237 | . LTYPESTR
238 | . LREGISTER
239 | . LINLINE
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
LTYPE posunout a přejít do stavu 3
LAUTO posunout a přejít do stavu 4
LCHAR posunout a přejít do stavu 5
LDOUBLE posunout a přejít do stavu 6
LEXTERN posunout a přejít do stavu 7
LFLOAT posunout a přejít do stavu 8
LINT posunout a přejít do stavu 9
LLONG posunout a přejít do stavu 10
LREGISTER posunout a přejít do stavu 11
LSHORT posunout a přejít do stavu 12
LSTATIC posunout a přejít do stavu 13
LSTRUCT posunout a přejít do stavu 14
LTYPEDEF posunout a přejít do stavu 15
LTYPESTR posunout a přejít do stavu 16
LUNION posunout a přejít do stavu 17
LUNSIGNED posunout a přejít do stavu 18
LVOID posunout a přejít do stavu 19
LENUM posunout a přejít do stavu 20
LSIGNED posunout a přejít do stavu 21
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LRESTRICT posunout a přejít do stavu 24
LINLINE posunout a přejít do stavu 25
LTYPE [reduce using rule 186 (types)]
$výchozí reduce using rule 186 (types)
complex přejít do stavu 58
gcname přejít do stavu 59
tname přejít do stavu 60
cname přejít do stavu 34
gname přejít do stavu 35
State 32
216 gcnlist: gcname .
$výchozí reduce using rule 216 (gcnlist)
State 33
185 types: tname . [';', ',', ':', '*', '[', '(', LNAME, LTYPE, ')']
188 | tname . gctnlist
209 gctnlist: . gctname
210 | . gctnlist gctname
213 gctname: . tname
214 | . gname
215 | . cname
224 tname: . LCHAR
225 | . LSHORT
226 | . LINT
227 | . LLONG
228 | . LSIGNED
229 | . LUNSIGNED
230 | . LFLOAT
231 | . LDOUBLE
232 | . LVOID
233 cname: . LAUTO
234 | . LSTATIC
235 | . LEXTERN
236 | . LTYPEDEF
237 | . LTYPESTR
238 | . LREGISTER
239 | . LINLINE
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
LAUTO posunout a přejít do stavu 4
LCHAR posunout a přejít do stavu 5
LDOUBLE posunout a přejít do stavu 6
LEXTERN posunout a přejít do stavu 7
LFLOAT posunout a přejít do stavu 8
LINT posunout a přejít do stavu 9
LLONG posunout a přejít do stavu 10
LREGISTER posunout a přejít do stavu 11
LSHORT posunout a přejít do stavu 12
LSTATIC posunout a přejít do stavu 13
LTYPEDEF posunout a přejít do stavu 15
LTYPESTR posunout a přejít do stavu 16
LUNSIGNED posunout a přejít do stavu 18
LVOID posunout a přejít do stavu 19
LSIGNED posunout a přejít do stavu 21
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LRESTRICT posunout a přejít do stavu 24
LINLINE posunout a přejít do stavu 25
$výchozí reduce using rule 185 (types)
gctnlist přejít do stavu 61
gctname přejít do stavu 54
tname přejít do stavu 55
cname přejít do stavu 56
gname přejít do stavu 57
State 34
219 gcname: cname .
$výchozí reduce using rule 219 (gcname)
State 35
218 gcname: gname .
$výchozí reduce using rule 218 (gcname)
State 36
245 ltag: LNAME .
$výchozí reduce using rule 245 (ltag)
State 37
246 ltag: LTYPE .
$výchozí reduce using rule 246 (ltag)
State 38
180 @9: . %empty
181 sbody: '{' . @9 edecl '}'
$výchozí reduce using rule 180 (@9)
@9 přejít do stavu 62
State 39
197 complex: LSTRUCT sbody .
$výchozí reduce using rule 197 (complex)
State 40
194 complex: LSTRUCT ltag . [';', ',', ':', '*', '[', '(', LNAME, LTYPE, LAUTO, LCHAR, LDOUBLE, LEXTERN, LFLOAT, LINT, LLONG, LREGISTER, LSHORT, LSTATIC, LTYPEDEF, LTYPESTR, LUNSIGNED, LVOID, LSIGNED, LCONSTNT, LVOLATILE, LRESTRICT, LINLINE, ')']
195 $@10: . %empty ['{']
196 complex: LSTRUCT ltag . $@10 sbody
'{' reduce using rule 195 ($@10)
$výchozí reduce using rule 194 (complex)
$@10 přejít do stavu 63
State 41
201 complex: LUNION sbody .
$výchozí reduce using rule 201 (complex)
State 42
198 complex: LUNION ltag . [';', ',', ':', '*', '[', '(', LNAME, LTYPE, LAUTO, LCHAR, LDOUBLE, LEXTERN, LFLOAT, LINT, LLONG, LREGISTER, LSHORT, LSTATIC, LTYPEDEF, LTYPESTR, LUNSIGNED, LVOID, LSIGNED, LCONSTNT, LVOLATILE, LRESTRICT, LINLINE, ')']
199 $@11: . %empty ['{']
200 complex: LUNION ltag . $@11 sbody
'{' reduce using rule 199 ($@11)
$výchozí reduce using rule 198 (complex)
$@11 přejít do stavu 64
State 43
206 $@14: . %empty
207 complex: LENUM '{' . $@14 enum '}'
$výchozí reduce using rule 206 ($@14)
$@14 přejít do stavu 65
State 44
202 complex: LENUM ltag . [';', ',', ':', '*', '[', '(', LNAME, LTYPE, LAUTO, LCHAR, LDOUBLE, LEXTERN, LFLOAT, LINT, LLONG, LREGISTER, LSHORT, LSTATIC, LTYPEDEF, LTYPESTR, LUNSIGNED, LVOID, LSIGNED, LCONSTNT, LVOLATILE, LRESTRICT, LINLINE, ')']
203 $@12: . %empty ['{']
205 complex: LENUM ltag . $@12 '{' $@13 enum '}'
'{' reduce using rule 203 ($@12)
$výchozí reduce using rule 202 (complex)
$@12 přejít do stavu 66
State 45
3 xdecl: zctlist ';' .
$výchozí reduce using rule 3 (xdecl)
State 46
13 xdecor: '*' . zgnlist xdecor
211 zgnlist: . %empty
212 | . zgnlist gname
$výchozí reduce using rule 211 (zgnlist)
zgnlist přejít do stavu 67
State 47
12 xdecor: . xdecor2
13 | . '*' zgnlist xdecor
14 xdecor2: . tag
15 | . '(' xdecor ')'
15 | '(' . xdecor ')'
16 | . xdecor2 '(' zarglist ')'
17 | . xdecor2 '[' zexpr ']'
244 tag: . ltag
245 ltag: . LNAME
246 | . LTYPE
'*' posunout a přejít do stavu 46
'(' posunout a přejít do stavu 47
LNAME posunout a přejít do stavu 36
LTYPE posunout a přejít do stavu 37
xdecor přejít do stavu 68
xdecor2 přejít do stavu 50
tag přejít do stavu 51
ltag přejít do stavu 52
State 48
4 xdecl: zctlist xdlist . ';'
11 xdlist: xdlist . ',' xdlist
';' posunout a přejít do stavu 69
',' posunout a přejít do stavu 70
State 49
5 $@1: . %empty [LTYPE, LAUTO, LCHAR, LDOUBLE, LEXTERN, LFLOAT, LINT, LLONG, LREGISTER, LSHORT, LSTATIC, LSTRUCT, LTYPEDEF, LTYPESTR, LUNION, LUNSIGNED, LVOID, LENUM, LSIGNED, LCONSTNT, LVOLATILE, LRESTRICT, LINLINE, '{']
7 xdecl: zctlist xdecor . $@1 pdecl $@2 block
8 xdlist: xdecor . [';', ',']
9 $@3: . %empty ['=']
10 xdlist: xdecor . $@3 '=' init
';' reduce using rule 8 (xdlist)
',' reduce using rule 8 (xdlist)
'=' reduce using rule 9 ($@3)
$výchozí reduce using rule 5 ($@1)
$@1 přejít do stavu 71
$@3 přejít do stavu 72
State 50
12 xdecor: xdecor2 . [';', ',', '=', LTYPE, LAUTO, LCHAR, LDOUBLE, LEXTERN, LFLOAT, LINT, LLONG, LREGISTER, LSHORT, LSTATIC, LSTRUCT, LTYPEDEF, LTYPESTR, LUNION, LUNSIGNED, LVOID, LENUM, LSIGNED, LCONSTNT, LVOLATILE, LRESTRICT, LINLINE, ')', '{']
16 xdecor2: xdecor2 . '(' zarglist ')'
17 | xdecor2 . '[' zexpr ']'
'[' posunout a přejít do stavu 73
'(' posunout a přejít do stavu 74
$výchozí reduce using rule 12 (xdecor)
State 51
14 xdecor2: tag .
$výchozí reduce using rule 14 (xdecor2)
State 52
244 tag: ltag .
$výchozí reduce using rule 244 (tag)
State 53
187 types: complex gctnlist . [';', ',', ':', '*', '[', '(', LNAME, LTYPE, ')']
210 gctnlist: gctnlist . gctname
213 gctname: . tname
214 | . gname
215 | . cname
224 tname: . LCHAR
225 | . LSHORT
226 | . LINT
227 | . LLONG
228 | . LSIGNED
229 | . LUNSIGNED
230 | . LFLOAT
231 | . LDOUBLE
232 | . LVOID
233 cname: . LAUTO
234 | . LSTATIC
235 | . LEXTERN
236 | . LTYPEDEF
237 | . LTYPESTR
238 | . LREGISTER
239 | . LINLINE
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
LAUTO posunout a přejít do stavu 4
LCHAR posunout a přejít do stavu 5
LDOUBLE posunout a přejít do stavu 6
LEXTERN posunout a přejít do stavu 7
LFLOAT posunout a přejít do stavu 8
LINT posunout a přejít do stavu 9
LLONG posunout a přejít do stavu 10
LREGISTER posunout a přejít do stavu 11
LSHORT posunout a přejít do stavu 12
LSTATIC posunout a přejít do stavu 13
LTYPEDEF posunout a přejít do stavu 15
LTYPESTR posunout a přejít do stavu 16
LUNSIGNED posunout a přejít do stavu 18
LVOID posunout a přejít do stavu 19
LSIGNED posunout a přejít do stavu 21
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LRESTRICT posunout a přejít do stavu 24
LINLINE posunout a přejít do stavu 25
$výchozí reduce using rule 187 (types)
gctname přejít do stavu 75
tname přejít do stavu 55
cname přejít do stavu 56
gname přejít do stavu 57
State 54
209 gctnlist: gctname .
$výchozí reduce using rule 209 (gctnlist)
State 55
213 gctname: tname .
$výchozí reduce using rule 213 (gctname)
State 56
215 gctname: cname .
$výchozí reduce using rule 215 (gctname)
State 57
214 gctname: gname .
$výchozí reduce using rule 214 (gctname)
State 58
189 types: gcnlist complex . zgnlist
211 zgnlist: . %empty
212 | . zgnlist gname
$výchozí reduce using rule 211 (zgnlist)
zgnlist přejít do stavu 76
State 59
217 gcnlist: gcnlist gcname .
$výchozí reduce using rule 217 (gcnlist)
State 60
190 types: gcnlist tname . [';', ',', ':', '*', '[', '(', LNAME, LTYPE, ')']
191 | gcnlist tname . gctnlist
209 gctnlist: . gctname
210 | . gctnlist gctname
213 gctname: . tname
214 | . gname
215 | . cname
224 tname: . LCHAR
225 | . LSHORT
226 | . LINT
227 | . LLONG
228 | . LSIGNED
229 | . LUNSIGNED
230 | . LFLOAT
231 | . LDOUBLE
232 | . LVOID
233 cname: . LAUTO
234 | . LSTATIC
235 | . LEXTERN
236 | . LTYPEDEF
237 | . LTYPESTR
238 | . LREGISTER
239 | . LINLINE
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
LAUTO posunout a přejít do stavu 4
LCHAR posunout a přejít do stavu 5
LDOUBLE posunout a přejít do stavu 6
LEXTERN posunout a přejít do stavu 7
LFLOAT posunout a přejít do stavu 8
LINT posunout a přejít do stavu 9
LLONG posunout a přejít do stavu 10
LREGISTER posunout a přejít do stavu 11
LSHORT posunout a přejít do stavu 12
LSTATIC posunout a přejít do stavu 13
LTYPEDEF posunout a přejít do stavu 15
LTYPESTR posunout a přejít do stavu 16
LUNSIGNED posunout a přejít do stavu 18
LVOID posunout a přejít do stavu 19
LSIGNED posunout a přejít do stavu 21
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LRESTRICT posunout a přejít do stavu 24
LINLINE posunout a přejít do stavu 25
$výchozí reduce using rule 190 (types)
gctnlist přejít do stavu 77
gctname přejít do stavu 54
tname přejít do stavu 55
cname přejít do stavu 56
gname přejít do stavu 57
State 61
188 types: tname gctnlist . [';', ',', ':', '*', '[', '(', LNAME, LTYPE, ')']
210 gctnlist: gctnlist . gctname
213 gctname: . tname
214 | . gname
215 | . cname
224 tname: . LCHAR
225 | . LSHORT
226 | . LINT
227 | . LLONG
228 | . LSIGNED
229 | . LUNSIGNED
230 | . LFLOAT
231 | . LDOUBLE
232 | . LVOID
233 cname: . LAUTO
234 | . LSTATIC
235 | . LEXTERN
236 | . LTYPEDEF
237 | . LTYPESTR
238 | . LREGISTER
239 | . LINLINE
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
LAUTO posunout a přejít do stavu 4
LCHAR posunout a přejít do stavu 5
LDOUBLE posunout a přejít do stavu 6
LEXTERN posunout a přejít do stavu 7
LFLOAT posunout a přejít do stavu 8
LINT posunout a přejít do stavu 9
LLONG posunout a přejít do stavu 10
LREGISTER posunout a přejít do stavu 11
LSHORT posunout a přejít do stavu 12
LSTATIC posunout a přejít do stavu 13
LTYPEDEF posunout a přejít do stavu 15
LTYPESTR posunout a přejít do stavu 16
LUNSIGNED posunout a přejít do stavu 18
LVOID posunout a přejít do stavu 19
LSIGNED posunout a přejít do stavu 21
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LRESTRICT posunout a přejít do stavu 24
LINLINE posunout a přejít do stavu 25
$výchozí reduce using rule 188 (types)
gctname přejít do stavu 75
tname přejít do stavu 55
cname přejít do stavu 56
gname přejít do stavu 57
State 62
29 edecl: . tlist $@5 zedlist ';'
31 | . edecl tlist $@6 zedlist ';'
181 sbody: '{' @9 . edecl '}'
184 types: . complex
185 | . tname
186 | . gcnlist
187 | . complex gctnlist
188 | . tname gctnlist
189 | . gcnlist complex zgnlist
190 | . gcnlist tname
191 | . gcnlist tname gctnlist
192 tlist: . types
194 complex: . LSTRUCT ltag
196 | . LSTRUCT ltag $@10 sbody
197 | . LSTRUCT sbody
198 | . LUNION ltag
200 | . LUNION ltag $@11 sbody
201 | . LUNION sbody
202 | . LENUM ltag
205 | . LENUM ltag $@12 '{' $@13 enum '}'
207 | . LENUM '{' $@14 enum '}'
208 | . LTYPE
216 gcnlist: . gcname
217 | . gcnlist gcname
218 gcname: . gname
219 | . cname
224 tname: . LCHAR
225 | . LSHORT
226 | . LINT
227 | . LLONG
228 | . LSIGNED
229 | . LUNSIGNED
230 | . LFLOAT
231 | . LDOUBLE
232 | . LVOID
233 cname: . LAUTO
234 | . LSTATIC
235 | . LEXTERN
236 | . LTYPEDEF
237 | . LTYPESTR
238 | . LREGISTER
239 | . LINLINE
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
LTYPE posunout a přejít do stavu 3
LAUTO posunout a přejít do stavu 4
LCHAR posunout a přejít do stavu 5
LDOUBLE posunout a přejít do stavu 6
LEXTERN posunout a přejít do stavu 7
LFLOAT posunout a přejít do stavu 8
LINT posunout a přejít do stavu 9
LLONG posunout a přejít do stavu 10
LREGISTER posunout a přejít do stavu 11
LSHORT posunout a přejít do stavu 12
LSTATIC posunout a přejít do stavu 13
LSTRUCT posunout a přejít do stavu 14
LTYPEDEF posunout a přejít do stavu 15
LTYPESTR posunout a přejít do stavu 16
LUNION posunout a přejít do stavu 17
LUNSIGNED posunout a přejít do stavu 18
LVOID posunout a přejít do stavu 19
LENUM posunout a přejít do stavu 20
LSIGNED posunout a přejít do stavu 21
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LRESTRICT posunout a přejít do stavu 24
LINLINE posunout a přejít do stavu 25
edecl přejít do stavu 78
types přejít do stavu 79
tlist přejít do stavu 80
complex přejít do stavu 30
gcnlist přejít do stavu 31
gcname přejít do stavu 32
tname přejít do stavu 33
cname přejít do stavu 34
gname přejít do stavu 35
State 63
181 sbody: . '{' @9 edecl '}'
196 complex: LSTRUCT ltag $@10 . sbody
'{' posunout a přejít do stavu 38
sbody přejít do stavu 81
State 64
181 sbody: . '{' @9 edecl '}'
200 complex: LUNION ltag $@11 . sbody
'{' posunout a přejít do stavu 38
sbody přejít do stavu 82
State 65
207 complex: LENUM '{' $@14 . enum '}'
220 enum: . LNAME
221 | . LNAME '=' expr
222 | . enum ','
223 | . enum ',' enum
LNAME posunout a přejít do stavu 83
enum přejít do stavu 84
State 66
205 complex: LENUM ltag $@12 . '{' $@13 enum '}'
'{' posunout a přejít do stavu 85
State 67
12 xdecor: . xdecor2
13 | . '*' zgnlist xdecor
13 | '*' zgnlist . xdecor
14 xdecor2: . tag
15 | . '(' xdecor ')'
16 | . xdecor2 '(' zarglist ')'
17 | . xdecor2 '[' zexpr ']'
212 zgnlist: zgnlist . gname
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
244 tag: . ltag
245 ltag: . LNAME
246 | . LTYPE
'*' posunout a přejít do stavu 46
'(' posunout a přejít do stavu 47
LNAME posunout a přejít do stavu 36
LTYPE posunout a přejít do stavu 37
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LRESTRICT posunout a přejít do stavu 24
xdecor přejít do stavu 86
xdecor2 přejít do stavu 50
gname přejít do stavu 87
tag přejít do stavu 51
ltag přejít do stavu 52
State 68
15 xdecor2: '(' xdecor . ')'
')' posunout a přejít do stavu 88
State 69
4 xdecl: zctlist xdlist ';' .
$výchozí reduce using rule 4 (xdecl)
State 70
8 xdlist: . xdecor
10 | . xdecor $@3 '=' init
11 | . xdlist ',' xdlist
11 | xdlist ',' . xdlist
12 xdecor: . xdecor2
13 | . '*' zgnlist xdecor
14 xdecor2: . tag
15 | . '(' xdecor ')'
16 | . xdecor2 '(' zarglist ')'
17 | . xdecor2 '[' zexpr ']'
244 tag: . ltag
245 ltag: . LNAME
246 | . LTYPE
'*' posunout a přejít do stavu 46
'(' posunout a přejít do stavu 47
LNAME posunout a přejít do stavu 36
LTYPE posunout a přejít do stavu 37
xdlist přejít do stavu 89
xdecor přejít do stavu 90
xdecor2 přejít do stavu 50
tag přejít do stavu 51
ltag přejít do stavu 52
State 71
7 xdecl: zctlist xdecor $@1 . pdecl $@2 block
24 pdecl: . %empty
25 | . pdecl ctlist pdlist ';'
$výchozí reduce using rule 24 (pdecl)
pdecl přejít do stavu 91
State 72
10 xdlist: xdecor $@3 . '=' init
'=' posunout a přejít do stavu 92
State 73
17 xdecor2: xdecor2 '[' . zexpr ']'
102 zexpr: . %empty [']']
103 | . lexpr
104 lexpr: . expr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
$výchozí reduce using rule 102 (zexpr)
zexpr přejít do stavu 115
lexpr přejít do stavu 116
expr přejít do stavu 117
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 74
16 xdecor2: xdecor2 '(' . zarglist ')'
62 zarglist: . %empty [')']
63 | . arglist
64 arglist: . name
65 | . tlist abdecor
66 | . tlist xdecor
67 | . '.' '.' '.'
68 | . arglist ',' arglist
184 types: . complex
185 | . tname
186 | . gcnlist
187 | . complex gctnlist
188 | . tname gctnlist
189 | . gcnlist complex zgnlist
190 | . gcnlist tname
191 | . gcnlist tname gctnlist
192 tlist: . types
194 complex: . LSTRUCT ltag
196 | . LSTRUCT ltag $@10 sbody
197 | . LSTRUCT sbody
198 | . LUNION ltag
200 | . LUNION ltag $@11 sbody
201 | . LUNION sbody
202 | . LENUM ltag
205 | . LENUM ltag $@12 '{' $@13 enum '}'
207 | . LENUM '{' $@14 enum '}'
208 | . LTYPE
216 gcnlist: . gcname
217 | . gcnlist gcname
218 gcname: . gname
219 | . cname
224 tname: . LCHAR
225 | . LSHORT
226 | . LINT
227 | . LLONG
228 | . LSIGNED
229 | . LUNSIGNED
230 | . LFLOAT
231 | . LDOUBLE
232 | . LVOID
233 cname: . LAUTO
234 | . LSTATIC
235 | . LEXTERN
236 | . LTYPEDEF
237 | . LTYPESTR
238 | . LREGISTER
239 | . LINLINE
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
243 name: . LNAME
'.' posunout a přejít do stavu 124
LNAME posunout a přejít do stavu 100
LTYPE posunout a přejít do stavu 3
LAUTO posunout a přejít do stavu 4
LCHAR posunout a přejít do stavu 5
LDOUBLE posunout a přejít do stavu 6
LEXTERN posunout a přejít do stavu 7
LFLOAT posunout a přejít do stavu 8
LINT posunout a přejít do stavu 9
LLONG posunout a přejít do stavu 10
LREGISTER posunout a přejít do stavu 11
LSHORT posunout a přejít do stavu 12
LSTATIC posunout a přejít do stavu 13
LSTRUCT posunout a přejít do stavu 14
LTYPEDEF posunout a přejít do stavu 15
LTYPESTR posunout a přejít do stavu 16
LUNION posunout a přejít do stavu 17
LUNSIGNED posunout a přejít do stavu 18
LVOID posunout a přejít do stavu 19
LENUM posunout a přejít do stavu 20
LSIGNED posunout a přejít do stavu 21
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LRESTRICT posunout a přejít do stavu 24
LINLINE posunout a přejít do stavu 25
$výchozí reduce using rule 62 (zarglist)
zarglist přejít do stavu 125
arglist přejít do stavu 126
types přejít do stavu 79
tlist přejít do stavu 127
complex přejít do stavu 30
gcnlist přejít do stavu 31
gcname přejít do stavu 32
tname přejít do stavu 33
cname přejít do stavu 34
gname přejít do stavu 35
name přejít do stavu 128
State 75
210 gctnlist: gctnlist gctname .
$výchozí reduce using rule 210 (gctnlist)
State 76
189 types: gcnlist complex zgnlist . [';', ',', ':', '*', '[', '(', LNAME, LTYPE, ')']
212 zgnlist: zgnlist . gname
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LRESTRICT posunout a přejít do stavu 24
$výchozí reduce using rule 189 (types)
gname přejít do stavu 87
State 77
191 types: gcnlist tname gctnlist . [';', ',', ':', '*', '[', '(', LNAME, LTYPE, ')']
210 gctnlist: gctnlist . gctname
213 gctname: . tname
214 | . gname
215 | . cname
224 tname: . LCHAR
225 | . LSHORT
226 | . LINT
227 | . LLONG
228 | . LSIGNED
229 | . LUNSIGNED
230 | . LFLOAT
231 | . LDOUBLE
232 | . LVOID
233 cname: . LAUTO
234 | . LSTATIC
235 | . LEXTERN
236 | . LTYPEDEF
237 | . LTYPESTR
238 | . LREGISTER
239 | . LINLINE
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
LAUTO posunout a přejít do stavu 4
LCHAR posunout a přejít do stavu 5
LDOUBLE posunout a přejít do stavu 6
LEXTERN posunout a přejít do stavu 7
LFLOAT posunout a přejít do stavu 8
LINT posunout a přejít do stavu 9
LLONG posunout a přejít do stavu 10
LREGISTER posunout a přejít do stavu 11
LSHORT posunout a přejít do stavu 12
LSTATIC posunout a přejít do stavu 13
LTYPEDEF posunout a přejít do stavu 15
LTYPESTR posunout a přejít do stavu 16
LUNSIGNED posunout a přejít do stavu 18
LVOID posunout a přejít do stavu 19
LSIGNED posunout a přejít do stavu 21
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LRESTRICT posunout a přejít do stavu 24
LINLINE posunout a přejít do stavu 25
$výchozí reduce using rule 191 (types)
gctname přejít do stavu 75
tname přejít do stavu 55
cname přejít do stavu 56
gname přejít do stavu 57
State 78
31 edecl: edecl . tlist $@6 zedlist ';'
181 sbody: '{' @9 edecl . '}'
184 types: . complex
185 | . tname
186 | . gcnlist
187 | . complex gctnlist
188 | . tname gctnlist
189 | . gcnlist complex zgnlist
190 | . gcnlist tname
191 | . gcnlist tname gctnlist
192 tlist: . types
194 complex: . LSTRUCT ltag
196 | . LSTRUCT ltag $@10 sbody
197 | . LSTRUCT sbody
198 | . LUNION ltag
200 | . LUNION ltag $@11 sbody
201 | . LUNION sbody
202 | . LENUM ltag
205 | . LENUM ltag $@12 '{' $@13 enum '}'
207 | . LENUM '{' $@14 enum '}'
208 | . LTYPE
216 gcnlist: . gcname
217 | . gcnlist gcname
218 gcname: . gname
219 | . cname
224 tname: . LCHAR
225 | . LSHORT
226 | . LINT
227 | . LLONG
228 | . LSIGNED
229 | . LUNSIGNED
230 | . LFLOAT
231 | . LDOUBLE
232 | . LVOID
233 cname: . LAUTO
234 | . LSTATIC
235 | . LEXTERN
236 | . LTYPEDEF
237 | . LTYPESTR
238 | . LREGISTER
239 | . LINLINE
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
LTYPE posunout a přejít do stavu 3
LAUTO posunout a přejít do stavu 4
LCHAR posunout a přejít do stavu 5
LDOUBLE posunout a přejít do stavu 6
LEXTERN posunout a přejít do stavu 7
LFLOAT posunout a přejít do stavu 8
LINT posunout a přejít do stavu 9
LLONG posunout a přejít do stavu 10
LREGISTER posunout a přejít do stavu 11
LSHORT posunout a přejít do stavu 12
LSTATIC posunout a přejít do stavu 13
LSTRUCT posunout a přejít do stavu 14
LTYPEDEF posunout a přejít do stavu 15
LTYPESTR posunout a přejít do stavu 16
LUNION posunout a přejít do stavu 17
LUNSIGNED posunout a přejít do stavu 18
LVOID posunout a přejít do stavu 19
LENUM posunout a přejít do stavu 20
LSIGNED posunout a přejít do stavu 21
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LRESTRICT posunout a přejít do stavu 24
LINLINE posunout a přejít do stavu 25
'}' posunout a přejít do stavu 129
types přejít do stavu 79
tlist přejít do stavu 130
complex přejít do stavu 30
gcnlist přejít do stavu 31
gcname přejít do stavu 32
tname přejít do stavu 33
cname přejít do stavu 34
gname přejít do stavu 35
State 79
192 tlist: types .
$výchozí reduce using rule 192 (tlist)
State 80
28 $@5: . %empty
29 edecl: tlist . $@5 zedlist ';'
$výchozí reduce using rule 28 ($@5)
$@5 přejít do stavu 131
State 81
196 complex: LSTRUCT ltag $@10 sbody .
$výchozí reduce using rule 196 (complex)
State 82
200 complex: LUNION ltag $@11 sbody .
$výchozí reduce using rule 200 (complex)
State 83
220 enum: LNAME . [',', '}']
221 | LNAME . '=' expr
'=' posunout a přejít do stavu 132
$výchozí reduce using rule 220 (enum)
State 84
207 complex: LENUM '{' $@14 enum . '}'
222 enum: enum . ','
223 | enum . ',' enum
',' posunout a přejít do stavu 133
'}' posunout a přejít do stavu 134
State 85
204 $@13: . %empty
205 complex: LENUM ltag $@12 '{' . $@13 enum '}'
$výchozí reduce using rule 204 ($@13)
$@13 přejít do stavu 135
State 86
13 xdecor: '*' zgnlist xdecor .
$výchozí reduce using rule 13 (xdecor)
State 87
212 zgnlist: zgnlist gname .
$výchozí reduce using rule 212 (zgnlist)
State 88
15 xdecor2: '(' xdecor ')' .
$výchozí reduce using rule 15 (xdecor2)
State 89
11 xdlist: xdlist . ',' xdlist
11 | xdlist ',' xdlist . [';', ',']
$výchozí reduce using rule 11 (xdlist)
Conflict between rule 11 and token ',' resolved as reduce (%left ',').
State 90
8 xdlist: xdecor . [';', ',']
9 $@3: . %empty ['=']
10 xdlist: xdecor . $@3 '=' init
'=' reduce using rule 9 ($@3)
$výchozí reduce using rule 8 (xdlist)
$@3 přejít do stavu 72
State 91
6 $@2: . %empty ['{']
7 xdecl: zctlist xdecor $@1 pdecl . $@2 block
25 pdecl: pdecl . ctlist pdlist ';'
184 types: . complex
185 | . tname
186 | . gcnlist
187 | . complex gctnlist
188 | . tname gctnlist
189 | . gcnlist complex zgnlist
190 | . gcnlist tname
191 | . gcnlist tname gctnlist
193 ctlist: . types
194 complex: . LSTRUCT ltag
196 | . LSTRUCT ltag $@10 sbody
197 | . LSTRUCT sbody
198 | . LUNION ltag
200 | . LUNION ltag $@11 sbody
201 | . LUNION sbody
202 | . LENUM ltag
205 | . LENUM ltag $@12 '{' $@13 enum '}'
207 | . LENUM '{' $@14 enum '}'
208 | . LTYPE
216 gcnlist: . gcname
217 | . gcnlist gcname
218 gcname: . gname
219 | . cname
224 tname: . LCHAR
225 | . LSHORT
226 | . LINT
227 | . LLONG
228 | . LSIGNED
229 | . LUNSIGNED
230 | . LFLOAT
231 | . LDOUBLE
232 | . LVOID
233 cname: . LAUTO
234 | . LSTATIC
235 | . LEXTERN
236 | . LTYPEDEF
237 | . LTYPESTR
238 | . LREGISTER
239 | . LINLINE
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
LTYPE posunout a přejít do stavu 3
LAUTO posunout a přejít do stavu 4
LCHAR posunout a přejít do stavu 5
LDOUBLE posunout a přejít do stavu 6
LEXTERN posunout a přejít do stavu 7
LFLOAT posunout a přejít do stavu 8
LINT posunout a přejít do stavu 9
LLONG posunout a přejít do stavu 10
LREGISTER posunout a přejít do stavu 11
LSHORT posunout a přejít do stavu 12
LSTATIC posunout a přejít do stavu 13
LSTRUCT posunout a přejít do stavu 14
LTYPEDEF posunout a přejít do stavu 15
LTYPESTR posunout a přejít do stavu 16
LUNION posunout a přejít do stavu 17
LUNSIGNED posunout a přejít do stavu 18
LVOID posunout a přejít do stavu 19
LENUM posunout a přejít do stavu 20
LSIGNED posunout a přejít do stavu 21
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LRESTRICT posunout a přejít do stavu 24
LINLINE posunout a přejít do stavu 25
$výchozí reduce using rule 6 ($@2)
$@2 přejít do stavu 136
types přejít do stavu 28
ctlist přejít do stavu 137
complex přejít do stavu 30
gcnlist přejít do stavu 31
gcname přejít do stavu 32
tname přejít do stavu 33
cname přejít do stavu 34
gname přejít do stavu 35
State 92
10 xdlist: xdecor $@3 '=' . init
50 init: . expr
51 | . '{' ilist '}'
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'{' posunout a přejít do stavu 138
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
init přejít do stavu 139
expr přejít do stavu 140
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 93
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
143 | '&' . xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
xuexpr přejít do stavu 141
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 94
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
144 | '+' . xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
xuexpr přejít do stavu 142
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 95
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
145 | '-' . xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
xuexpr přejít do stavu 143
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 96
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
142 | '*' . xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
xuexpr přejít do stavu 144
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 97
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
149 | LMM . xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
xuexpr přejít do stavu 145
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 98
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
148 | LPP . xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
xuexpr přejít do stavu 146
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 99
105 cexpr: . expr
106 | . cexpr ',' cexpr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
139 | '(' . tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
140 | '(' . tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
152 | '(' . cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
184 types: . complex
185 | . tname
186 | . gcnlist
187 | . complex gctnlist
188 | . tname gctnlist
189 | . gcnlist complex zgnlist
190 | . gcnlist tname
191 | . gcnlist tname gctnlist
192 tlist: . types
194 complex: . LSTRUCT ltag
196 | . LSTRUCT ltag $@10 sbody
197 | . LSTRUCT sbody
198 | . LUNION ltag
200 | . LUNION ltag $@11 sbody
201 | . LUNION sbody
202 | . LENUM ltag
205 | . LENUM ltag $@12 '{' $@13 enum '}'
207 | . LENUM '{' $@14 enum '}'
208 | . LTYPE
216 gcnlist: . gcname
217 | . gcnlist gcname
218 gcname: . gname
219 | . cname
224 tname: . LCHAR
225 | . LSHORT
226 | . LINT
227 | . LLONG
228 | . LSIGNED
229 | . LUNSIGNED
230 | . LFLOAT
231 | . LDOUBLE
232 | . LVOID
233 cname: . LAUTO
234 | . LSTATIC
235 | . LEXTERN
236 | . LTYPEDEF
237 | . LTYPESTR
238 | . LREGISTER
239 | . LINLINE
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LTYPE posunout a přejít do stavu 3
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LAUTO posunout a přejít do stavu 4
LCHAR posunout a přejít do stavu 5
LDOUBLE posunout a přejít do stavu 6
LEXTERN posunout a přejít do stavu 7
LFLOAT posunout a přejít do stavu 8
LINT posunout a přejít do stavu 9
LLONG posunout a přejít do stavu 10
LREGISTER posunout a přejít do stavu 11
LSHORT posunout a přejít do stavu 12
LSIZEOF posunout a přejít do stavu 111
LSTATIC posunout a přejít do stavu 13
LSTRUCT posunout a přejít do stavu 14
LTYPEDEF posunout a přejít do stavu 15
LTYPESTR posunout a přejít do stavu 16
LUNION posunout a přejít do stavu 17
LUNSIGNED posunout a přejít do stavu 18
LVOID posunout a přejít do stavu 19
LENUM posunout a přejít do stavu 20
LSIGNED posunout a přejít do stavu 21
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LSIGNOF posunout a přejít do stavu 112
LRESTRICT posunout a přejít do stavu 24
LINLINE posunout a přejít do stavu 25
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
cexpr přejít do stavu 147
expr přejít do stavu 148
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
types přejít do stavu 79
tlist přejít do stavu 149
complex přejít do stavu 30
gcnlist přejít do stavu 31
gcname přejít do stavu 32
tname přejít do stavu 33
cname přejít do stavu 34
gname přejít do stavu 35
name přejít do stavu 123
State 100
243 name: LNAME .
$výchozí reduce using rule 243 (name)
State 101
167 pexpr: LFCONST .
$výchozí reduce using rule 167 (pexpr)
State 102
166 pexpr: LDCONST .
$výchozí reduce using rule 166 (pexpr)
State 103
162 pexpr: LCONST .
$výchozí reduce using rule 162 (pexpr)
State 104
163 pexpr: LLCONST .
$výchozí reduce using rule 163 (pexpr)
State 105
164 pexpr: LUCONST .
$výchozí reduce using rule 164 (pexpr)
State 106
165 pexpr: LULCONST .
$výchozí reduce using rule 165 (pexpr)
State 107
168 pexpr: LVLCONST .
$výchozí reduce using rule 168 (pexpr)
State 108
169 pexpr: LUVLCONST .
$výchozí reduce using rule 169 (pexpr)
State 109
172 string: LSTRING .
$výchozí reduce using rule 172 (string)
State 110
174 lstring: LLSTRING .
$výchozí reduce using rule 174 (lstring)
State 111
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
150 | LSIZEOF . uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
153 | LSIZEOF . '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 150
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
uexpr přejít do stavu 151
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 112
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
151 | LSIGNOF . uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
154 | LSIGNOF . '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 152
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
uexpr přejít do stavu 153
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 113
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
146 | '!' . xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
xuexpr přejít do stavu 154
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 114
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
147 | '~' . xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
xuexpr přejít do stavu 155
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 115
17 xdecor2: xdecor2 '[' zexpr . ']'
']' posunout a přejít do stavu 156
State 116
103 zexpr: lexpr .
$výchozí reduce using rule 103 (zexpr)
State 117
104 lexpr: expr . [';', ',', ']']
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
'=' posunout a přejít do stavu 157
LPE posunout a přejít do stavu 158
LME posunout a přejít do stavu 159
LMLE posunout a přejít do stavu 160
LDVE posunout a přejít do stavu 161
LMDE posunout a přejít do stavu 162
LRSHE posunout a přejít do stavu 163
LLSHE posunout a přejít do stavu 164
LANDE posunout a přejít do stavu 165
LXORE posunout a přejít do stavu 166
LORE posunout a přejít do stavu 167
'?' posunout a přejít do stavu 168
LOROR posunout a přejít do stavu 169
LANDAND posunout a přejít do stavu 170
'|' posunout a přejít do stavu 171
'^' posunout a přejít do stavu 172
'&' posunout a přejít do stavu 173
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 104 (lexpr)
State 118
107 expr: xuexpr .
$výchozí reduce using rule 107 (expr)
State 119
138 xuexpr: uexpr .
$výchozí reduce using rule 138 (xuexpr)
State 120
141 uexpr: pexpr . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, '?', ':', LOROR, LANDAND, '|', '^', '&', LEQ, LNE, '<', '>', LLE, LGE, LLSH, LRSH, '+', '-', '*', '/', '%', ')', ']', '}']
155 pexpr: pexpr . '(' zelist ')'
156 | pexpr . '[' cexpr ']'
157 | pexpr . LMG ltag
158 | pexpr . '.' ltag
159 | pexpr . LPP
160 | pexpr . LMM
LMM posunout a přejít do stavu 187
LPP posunout a přejít do stavu 188
LMG posunout a přejít do stavu 189
'.' posunout a přejít do stavu 190
'[' posunout a přejít do stavu 191
'(' posunout a přejít do stavu 192
$výchozí reduce using rule 141 (uexpr)
State 121
170 pexpr: string . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, '?', ':', LOROR, LANDAND, '|', '^', '&', LEQ, LNE, '<', '>', LLE, LGE, LLSH, LRSH, '+', '-', '*', '/', '%', LMM, LPP, LMG, '.', '[', '(', ')', ']', '}']
173 string: string . LSTRING
LSTRING posunout a přejít do stavu 193
$výchozí reduce using rule 170 (pexpr)
State 122
171 pexpr: lstring . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, '?', ':', LOROR, LANDAND, '|', '^', '&', LEQ, LNE, '<', '>', LLE, LGE, LLSH, LRSH, '+', '-', '*', '/', '%', LMM, LPP, LMG, '.', '[', '(', ')', ']', '}']
175 lstring: lstring . LLSTRING
LLSTRING posunout a přejít do stavu 194
$výchozí reduce using rule 171 (pexpr)
State 123
161 pexpr: name .
$výchozí reduce using rule 161 (pexpr)
State 124
67 arglist: '.' . '.' '.'
'.' posunout a přejít do stavu 195
State 125
16 xdecor2: xdecor2 '(' zarglist . ')'
')' posunout a přejít do stavu 196
State 126
63 zarglist: arglist . [')']
68 arglist: arglist . ',' arglist
',' posunout a přejít do stavu 197
$výchozí reduce using rule 63 (zarglist)
State 127
12 xdecor: . xdecor2
13 | . '*' zgnlist xdecor
14 xdecor2: . tag
15 | . '(' xdecor ')'
16 | . xdecor2 '(' zarglist ')'
17 | . xdecor2 '[' zexpr ']'
39 abdecor: . %empty [',', ')']
40 | . abdecor1
41 abdecor1: . '*' zgnlist
42 | . '*' zgnlist abdecor1
43 | . abdecor2
44 abdecor2: . abdecor3
45 | . abdecor2 '(' zarglist ')'
46 | . abdecor2 '[' zexpr ']'
47 abdecor3: . '(' ')'
48 | . '[' zexpr ']'
49 | . '(' abdecor1 ')'
65 arglist: tlist . abdecor
66 | tlist . xdecor
244 tag: . ltag
245 ltag: . LNAME
246 | . LTYPE
'*' posunout a přejít do stavu 198
'[' posunout a přejít do stavu 199
'(' posunout a přejít do stavu 200
LNAME posunout a přejít do stavu 36
LTYPE posunout a přejít do stavu 37
$výchozí reduce using rule 39 (abdecor)
xdecor přejít do stavu 201
xdecor2 přejít do stavu 50
abdecor přejít do stavu 202
abdecor1 přejít do stavu 203
abdecor2 přejít do stavu 204
abdecor3 přejít do stavu 205
tag přejít do stavu 51
ltag přejít do stavu 52
State 128
64 arglist: name .
$výchozí reduce using rule 64 (arglist)
State 129
181 sbody: '{' @9 edecl '}' .
$výchozí reduce using rule 181 (sbody)
State 130
30 $@6: . %empty
31 edecl: edecl tlist . $@6 zedlist ';'
$výchozí reduce using rule 30 ($@6)
$@6 přejít do stavu 206
State 131
12 xdecor: . xdecor2
13 | . '*' zgnlist xdecor
14 xdecor2: . tag
15 | . '(' xdecor ')'
16 | . xdecor2 '(' zarglist ')'
17 | . xdecor2 '[' zexpr ']'
29 edecl: tlist $@5 . zedlist ';'
32 zedlist: . %empty [';']
33 | . edlist
34 edlist: . edecor
35 | . edlist ',' edlist
36 edecor: . xdecor
37 | . tag ':' lexpr
38 | . ':' lexpr
244 tag: . ltag
245 ltag: . LNAME
246 | . LTYPE
':' posunout a přejít do stavu 207
'*' posunout a přejít do stavu 46
'(' posunout a přejít do stavu 47
LNAME posunout a přejít do stavu 36
LTYPE posunout a přejít do stavu 37
$výchozí reduce using rule 32 (zedlist)
xdecor přejít do stavu 208
xdecor2 přejít do stavu 50
zedlist přejít do stavu 209
edlist přejít do stavu 210
edecor přejít do stavu 211
tag přejít do stavu 212
ltag přejít do stavu 52
State 132
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
221 enum: LNAME '=' . expr
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 213
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 133
220 enum: . LNAME
221 | . LNAME '=' expr
222 | . enum ','
222 | enum ',' . [',', '}']
223 | . enum ',' enum
223 | enum ',' . enum
LNAME posunout a přejít do stavu 83
$výchozí reduce using rule 222 (enum)
enum přejít do stavu 214
State 134
207 complex: LENUM '{' $@14 enum '}' .
$výchozí reduce using rule 207 (complex)
State 135
205 complex: LENUM ltag $@12 '{' $@13 . enum '}'
220 enum: . LNAME
221 | . LNAME '=' expr
222 | . enum ','
223 | . enum ',' enum
LNAME posunout a přejít do stavu 83
enum přejít do stavu 215
State 136
7 xdecl: zctlist xdecor $@1 pdecl $@2 . block
69 block: . '{' slist '}'
'{' posunout a přejít do stavu 216
block přejít do stavu 217
State 137
12 xdecor: . xdecor2
13 | . '*' zgnlist xdecor
14 xdecor2: . tag
15 | . '(' xdecor ')'
16 | . xdecor2 '(' zarglist ')'
17 | . xdecor2 '[' zexpr ']'
25 pdecl: pdecl ctlist . pdlist ';'
26 pdlist: . xdecor
27 | . pdlist ',' pdlist
244 tag: . ltag
245 ltag: . LNAME
246 | . LTYPE
'*' posunout a přejít do stavu 46
'(' posunout a přejít do stavu 47
LNAME posunout a přejít do stavu 36
LTYPE posunout a přejít do stavu 37
xdecor přejít do stavu 218
xdecor2 přejít do stavu 50
pdlist přejít do stavu 219
tag přejít do stavu 51
ltag přejít do stavu 52
State 138
50 init: . expr
51 | . '{' ilist '}'
51 | '{' . ilist '}'
52 qual: . '[' lexpr ']'
53 | . '.' ltag
54 | . qual '='
55 qlist: . init ','
56 | . qlist init ','
57 | . qual
58 | . qlist qual
59 ilist: . qlist
60 | . init
61 | . qlist init
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'.' posunout a přejít do stavu 220
'[' posunout a přejít do stavu 221
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'{' posunout a přejít do stavu 138
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
init přejít do stavu 222
qual přejít do stavu 223
qlist přejít do stavu 224
ilist přejít do stavu 225
expr přejít do stavu 140
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 139
10 xdlist: xdecor $@3 '=' init .
$výchozí reduce using rule 10 (xdlist)
State 140
50 init: expr . [';', ',', '}']
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
'=' posunout a přejít do stavu 157
LPE posunout a přejít do stavu 158
LME posunout a přejít do stavu 159
LMLE posunout a přejít do stavu 160
LDVE posunout a přejít do stavu 161
LMDE posunout a přejít do stavu 162
LRSHE posunout a přejít do stavu 163
LLSHE posunout a přejít do stavu 164
LANDE posunout a přejít do stavu 165
LXORE posunout a přejít do stavu 166
LORE posunout a přejít do stavu 167
'?' posunout a přejít do stavu 168
LOROR posunout a přejít do stavu 169
LANDAND posunout a přejít do stavu 170
'|' posunout a přejít do stavu 171
'^' posunout a přejít do stavu 172
'&' posunout a přejít do stavu 173
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 50 (init)
State 141
143 uexpr: '&' xuexpr .
$výchozí reduce using rule 143 (uexpr)
State 142
144 uexpr: '+' xuexpr .
$výchozí reduce using rule 144 (uexpr)
State 143
145 uexpr: '-' xuexpr .
$výchozí reduce using rule 145 (uexpr)
State 144
142 uexpr: '*' xuexpr .
$výchozí reduce using rule 142 (uexpr)
State 145
149 uexpr: LMM xuexpr .
$výchozí reduce using rule 149 (uexpr)
State 146
148 uexpr: LPP xuexpr .
$výchozí reduce using rule 148 (uexpr)
State 147
106 cexpr: cexpr . ',' cexpr
152 pexpr: '(' cexpr . ')'
',' posunout a přejít do stavu 226
')' posunout a přejít do stavu 227
State 148
105 cexpr: expr . [';', ',', ':', ')', ']']
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
'=' posunout a přejít do stavu 157
LPE posunout a přejít do stavu 158
LME posunout a přejít do stavu 159
LMLE posunout a přejít do stavu 160
LDVE posunout a přejít do stavu 161
LMDE posunout a přejít do stavu 162
LRSHE posunout a přejít do stavu 163
LLSHE posunout a přejít do stavu 164
LANDE posunout a přejít do stavu 165
LXORE posunout a přejít do stavu 166
LORE posunout a přejít do stavu 167
'?' posunout a přejít do stavu 168
LOROR posunout a přejít do stavu 169
LANDAND posunout a přejít do stavu 170
'|' posunout a přejít do stavu 171
'^' posunout a přejít do stavu 172
'&' posunout a přejít do stavu 173
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 105 (cexpr)
State 149
39 abdecor: . %empty [')']
40 | . abdecor1
41 abdecor1: . '*' zgnlist
42 | . '*' zgnlist abdecor1
43 | . abdecor2
44 abdecor2: . abdecor3
45 | . abdecor2 '(' zarglist ')'
46 | . abdecor2 '[' zexpr ']'
47 abdecor3: . '(' ')'
48 | . '[' zexpr ']'
49 | . '(' abdecor1 ')'
139 xuexpr: '(' tlist . abdecor ')' xuexpr
140 | '(' tlist . abdecor ')' '{' ilist '}'
'*' posunout a přejít do stavu 228
'[' posunout a přejít do stavu 199
'(' posunout a přejít do stavu 229
$výchozí reduce using rule 39 (abdecor)
abdecor přejít do stavu 230
abdecor1 přejít do stavu 203
abdecor2 přejít do stavu 204
abdecor3 přejít do stavu 205
State 150
105 cexpr: . expr
106 | . cexpr ',' cexpr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
152 | '(' . cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
153 | LSIZEOF '(' . tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
184 types: . complex
185 | . tname
186 | . gcnlist
187 | . complex gctnlist
188 | . tname gctnlist
189 | . gcnlist complex zgnlist
190 | . gcnlist tname
191 | . gcnlist tname gctnlist
192 tlist: . types
194 complex: . LSTRUCT ltag
196 | . LSTRUCT ltag $@10 sbody
197 | . LSTRUCT sbody
198 | . LUNION ltag
200 | . LUNION ltag $@11 sbody
201 | . LUNION sbody
202 | . LENUM ltag
205 | . LENUM ltag $@12 '{' $@13 enum '}'
207 | . LENUM '{' $@14 enum '}'
208 | . LTYPE
216 gcnlist: . gcname
217 | . gcnlist gcname
218 gcname: . gname
219 | . cname
224 tname: . LCHAR
225 | . LSHORT
226 | . LINT
227 | . LLONG
228 | . LSIGNED
229 | . LUNSIGNED
230 | . LFLOAT
231 | . LDOUBLE
232 | . LVOID
233 cname: . LAUTO
234 | . LSTATIC
235 | . LEXTERN
236 | . LTYPEDEF
237 | . LTYPESTR
238 | . LREGISTER
239 | . LINLINE
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LTYPE posunout a přejít do stavu 3
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LAUTO posunout a přejít do stavu 4
LCHAR posunout a přejít do stavu 5
LDOUBLE posunout a přejít do stavu 6
LEXTERN posunout a přejít do stavu 7
LFLOAT posunout a přejít do stavu 8
LINT posunout a přejít do stavu 9
LLONG posunout a přejít do stavu 10
LREGISTER posunout a přejít do stavu 11
LSHORT posunout a přejít do stavu 12
LSIZEOF posunout a přejít do stavu 111
LSTATIC posunout a přejít do stavu 13
LSTRUCT posunout a přejít do stavu 14
LTYPEDEF posunout a přejít do stavu 15
LTYPESTR posunout a přejít do stavu 16
LUNION posunout a přejít do stavu 17
LUNSIGNED posunout a přejít do stavu 18
LVOID posunout a přejít do stavu 19
LENUM posunout a přejít do stavu 20
LSIGNED posunout a přejít do stavu 21
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LSIGNOF posunout a přejít do stavu 112
LRESTRICT posunout a přejít do stavu 24
LINLINE posunout a přejít do stavu 25
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
cexpr přejít do stavu 147
expr přejít do stavu 148
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
types přejít do stavu 79
tlist přejít do stavu 231
complex přejít do stavu 30
gcnlist přejít do stavu 31
gcname přejít do stavu 32
tname přejít do stavu 33
cname přejít do stavu 34
gname přejít do stavu 35
name přejít do stavu 123
State 151
150 uexpr: LSIZEOF uexpr .
$výchozí reduce using rule 150 (uexpr)
State 152
105 cexpr: . expr
106 | . cexpr ',' cexpr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
152 | '(' . cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
154 | LSIGNOF '(' . tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
184 types: . complex
185 | . tname
186 | . gcnlist
187 | . complex gctnlist
188 | . tname gctnlist
189 | . gcnlist complex zgnlist
190 | . gcnlist tname
191 | . gcnlist tname gctnlist
192 tlist: . types
194 complex: . LSTRUCT ltag
196 | . LSTRUCT ltag $@10 sbody
197 | . LSTRUCT sbody
198 | . LUNION ltag
200 | . LUNION ltag $@11 sbody
201 | . LUNION sbody
202 | . LENUM ltag
205 | . LENUM ltag $@12 '{' $@13 enum '}'
207 | . LENUM '{' $@14 enum '}'
208 | . LTYPE
216 gcnlist: . gcname
217 | . gcnlist gcname
218 gcname: . gname
219 | . cname
224 tname: . LCHAR
225 | . LSHORT
226 | . LINT
227 | . LLONG
228 | . LSIGNED
229 | . LUNSIGNED
230 | . LFLOAT
231 | . LDOUBLE
232 | . LVOID
233 cname: . LAUTO
234 | . LSTATIC
235 | . LEXTERN
236 | . LTYPEDEF
237 | . LTYPESTR
238 | . LREGISTER
239 | . LINLINE
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LTYPE posunout a přejít do stavu 3
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LAUTO posunout a přejít do stavu 4
LCHAR posunout a přejít do stavu 5
LDOUBLE posunout a přejít do stavu 6
LEXTERN posunout a přejít do stavu 7
LFLOAT posunout a přejít do stavu 8
LINT posunout a přejít do stavu 9
LLONG posunout a přejít do stavu 10
LREGISTER posunout a přejít do stavu 11
LSHORT posunout a přejít do stavu 12
LSIZEOF posunout a přejít do stavu 111
LSTATIC posunout a přejít do stavu 13
LSTRUCT posunout a přejít do stavu 14
LTYPEDEF posunout a přejít do stavu 15
LTYPESTR posunout a přejít do stavu 16
LUNION posunout a přejít do stavu 17
LUNSIGNED posunout a přejít do stavu 18
LVOID posunout a přejít do stavu 19
LENUM posunout a přejít do stavu 20
LSIGNED posunout a přejít do stavu 21
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LSIGNOF posunout a přejít do stavu 112
LRESTRICT posunout a přejít do stavu 24
LINLINE posunout a přejít do stavu 25
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
cexpr přejít do stavu 147
expr přejít do stavu 148
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
types přejít do stavu 79
tlist přejít do stavu 232
complex přejít do stavu 30
gcnlist přejít do stavu 31
gcname přejít do stavu 32
tname přejít do stavu 33
cname přejít do stavu 34
gname přejít do stavu 35
name přejít do stavu 123
State 153
151 uexpr: LSIGNOF uexpr .
$výchozí reduce using rule 151 (uexpr)
State 154
146 uexpr: '!' xuexpr .
$výchozí reduce using rule 146 (uexpr)
State 155
147 uexpr: '~' xuexpr .
$výchozí reduce using rule 147 (uexpr)
State 156
17 xdecor2: xdecor2 '[' zexpr ']' .
$výchozí reduce using rule 17 (xdecor2)
State 157
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
127 | expr '=' . expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 233
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 158
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
128 | expr LPE . expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 234
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 159
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
129 | expr LME . expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 235
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 160
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
130 | expr LMLE . expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 236
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 161
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
131 | expr LDVE . expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 237
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 162
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
132 | expr LMDE . expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 238
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 163
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
134 | expr LRSHE . expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 239
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 164
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
133 | expr LLSHE . expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 240
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 165
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
135 | expr LANDE . expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 241
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 166
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
136 | expr LXORE . expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 242
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 167
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
137 | expr LORE . expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 243
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 168
105 cexpr: . expr
106 | . cexpr ',' cexpr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
126 | expr '?' . cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
cexpr přejít do stavu 244
expr přejít do stavu 148
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 169
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
125 | expr LOROR . expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 245
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 170
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
124 | expr LANDAND . expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 246
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 171
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
123 | expr '|' . expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 247
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 172
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
122 | expr '^' . expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 248
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 173
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
121 | expr '&' . expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 249
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 174
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
119 | expr LEQ . expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 250
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 175
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
120 | expr LNE . expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 251
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 176
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
115 | expr '<' . expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 252
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 177
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
116 | expr '>' . expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 253
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 178
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
117 | expr LLE . expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 254
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 179
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
118 | expr LGE . expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 255
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 180
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
114 | expr LLSH . expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 256
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 181
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
113 | expr LRSH . expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 257
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 182
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
111 | expr '+' . expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 258
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 183
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
112 | expr '-' . expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 259
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 184
107 expr: . xuexpr
108 | . expr '*' expr
108 | expr '*' . expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 260
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 185
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
109 | expr '/' . expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 261
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 186
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
110 | expr '%' . expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 262
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 187
160 pexpr: pexpr LMM .
$výchozí reduce using rule 160 (pexpr)
State 188
159 pexpr: pexpr LPP .
$výchozí reduce using rule 159 (pexpr)
State 189
157 pexpr: pexpr LMG . ltag
245 ltag: . LNAME
246 | . LTYPE
LNAME posunout a přejít do stavu 36
LTYPE posunout a přejít do stavu 37
ltag přejít do stavu 263
State 190
158 pexpr: pexpr '.' . ltag
245 ltag: . LNAME
246 | . LTYPE
LNAME posunout a přejít do stavu 36
LTYPE posunout a přejít do stavu 37
ltag přejít do stavu 264
State 191
105 cexpr: . expr
106 | . cexpr ',' cexpr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
156 | pexpr '[' . cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
cexpr přejít do stavu 265
expr přejít do stavu 148
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 192
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
155 | pexpr '(' . zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
176 zelist: . %empty [')']
177 | . elist
178 elist: . expr
179 | . elist ',' elist
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
$výchozí reduce using rule 176 (zelist)
expr přejít do stavu 266
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
zelist přejít do stavu 267
elist přejít do stavu 268
name přejít do stavu 123
State 193
173 string: string LSTRING .
$výchozí reduce using rule 173 (string)
State 194
175 lstring: lstring LLSTRING .
$výchozí reduce using rule 175 (lstring)
State 195
67 arglist: '.' '.' . '.'
'.' posunout a přejít do stavu 269
State 196
16 xdecor2: xdecor2 '(' zarglist ')' .
$výchozí reduce using rule 16 (xdecor2)
State 197
64 arglist: . name
65 | . tlist abdecor
66 | . tlist xdecor
67 | . '.' '.' '.'
68 | . arglist ',' arglist
68 | arglist ',' . arglist
184 types: . complex
185 | . tname
186 | . gcnlist
187 | . complex gctnlist
188 | . tname gctnlist
189 | . gcnlist complex zgnlist
190 | . gcnlist tname
191 | . gcnlist tname gctnlist
192 tlist: . types
194 complex: . LSTRUCT ltag
196 | . LSTRUCT ltag $@10 sbody
197 | . LSTRUCT sbody
198 | . LUNION ltag
200 | . LUNION ltag $@11 sbody
201 | . LUNION sbody
202 | . LENUM ltag
205 | . LENUM ltag $@12 '{' $@13 enum '}'
207 | . LENUM '{' $@14 enum '}'
208 | . LTYPE
216 gcnlist: . gcname
217 | . gcnlist gcname
218 gcname: . gname
219 | . cname
224 tname: . LCHAR
225 | . LSHORT
226 | . LINT
227 | . LLONG
228 | . LSIGNED
229 | . LUNSIGNED
230 | . LFLOAT
231 | . LDOUBLE
232 | . LVOID
233 cname: . LAUTO
234 | . LSTATIC
235 | . LEXTERN
236 | . LTYPEDEF
237 | . LTYPESTR
238 | . LREGISTER
239 | . LINLINE
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
243 name: . LNAME
'.' posunout a přejít do stavu 124
LNAME posunout a přejít do stavu 100
LTYPE posunout a přejít do stavu 3
LAUTO posunout a přejít do stavu 4
LCHAR posunout a přejít do stavu 5
LDOUBLE posunout a přejít do stavu 6
LEXTERN posunout a přejít do stavu 7
LFLOAT posunout a přejít do stavu 8
LINT posunout a přejít do stavu 9
LLONG posunout a přejít do stavu 10
LREGISTER posunout a přejít do stavu 11
LSHORT posunout a přejít do stavu 12
LSTATIC posunout a přejít do stavu 13
LSTRUCT posunout a přejít do stavu 14
LTYPEDEF posunout a přejít do stavu 15
LTYPESTR posunout a přejít do stavu 16
LUNION posunout a přejít do stavu 17
LUNSIGNED posunout a přejít do stavu 18
LVOID posunout a přejít do stavu 19
LENUM posunout a přejít do stavu 20
LSIGNED posunout a přejít do stavu 21
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LRESTRICT posunout a přejít do stavu 24
LINLINE posunout a přejít do stavu 25
arglist přejít do stavu 270
types přejít do stavu 79
tlist přejít do stavu 127
complex přejít do stavu 30
gcnlist přejít do stavu 31
gcname přejít do stavu 32
tname přejít do stavu 33
cname přejít do stavu 34
gname přejít do stavu 35
name přejít do stavu 128
State 198
13 xdecor: '*' . zgnlist xdecor
41 abdecor1: '*' . zgnlist
42 | '*' . zgnlist abdecor1
211 zgnlist: . %empty
212 | . zgnlist gname
$výchozí reduce using rule 211 (zgnlist)
zgnlist přejít do stavu 271
State 199
48 abdecor3: '[' . zexpr ']'
102 zexpr: . %empty [']']
103 | . lexpr
104 lexpr: . expr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
$výchozí reduce using rule 102 (zexpr)
zexpr přejít do stavu 272
lexpr přejít do stavu 116
expr přejít do stavu 117
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 200
12 xdecor: . xdecor2
13 | . '*' zgnlist xdecor
14 xdecor2: . tag
15 | . '(' xdecor ')'
15 | '(' . xdecor ')'
16 | . xdecor2 '(' zarglist ')'
17 | . xdecor2 '[' zexpr ']'
41 abdecor1: . '*' zgnlist
42 | . '*' zgnlist abdecor1
43 | . abdecor2
44 abdecor2: . abdecor3
45 | . abdecor2 '(' zarglist ')'
46 | . abdecor2 '[' zexpr ']'
47 abdecor3: . '(' ')'
47 | '(' . ')'
48 | . '[' zexpr ']'
49 | . '(' abdecor1 ')'
49 | '(' . abdecor1 ')'
244 tag: . ltag
245 ltag: . LNAME
246 | . LTYPE
'*' posunout a přejít do stavu 198
'[' posunout a přejít do stavu 199
'(' posunout a přejít do stavu 200
LNAME posunout a přejít do stavu 36
LTYPE posunout a přejít do stavu 37
')' posunout a přejít do stavu 273
xdecor přejít do stavu 68
xdecor2 přejít do stavu 50
abdecor1 přejít do stavu 274
abdecor2 přejít do stavu 204
abdecor3 přejít do stavu 205
tag přejít do stavu 51
ltag přejít do stavu 52
State 201
66 arglist: tlist xdecor .
$výchozí reduce using rule 66 (arglist)
State 202
65 arglist: tlist abdecor .
$výchozí reduce using rule 65 (arglist)
State 203
40 abdecor: abdecor1 .
$výchozí reduce using rule 40 (abdecor)
State 204
43 abdecor1: abdecor2 . [',', ')']
45 abdecor2: abdecor2 . '(' zarglist ')'
46 | abdecor2 . '[' zexpr ']'
'[' posunout a přejít do stavu 275
'(' posunout a přejít do stavu 276
$výchozí reduce using rule 43 (abdecor1)
State 205
44 abdecor2: abdecor3 .
$výchozí reduce using rule 44 (abdecor2)
State 206
12 xdecor: . xdecor2
13 | . '*' zgnlist xdecor
14 xdecor2: . tag
15 | . '(' xdecor ')'
16 | . xdecor2 '(' zarglist ')'
17 | . xdecor2 '[' zexpr ']'
31 edecl: edecl tlist $@6 . zedlist ';'
32 zedlist: . %empty [';']
33 | . edlist
34 edlist: . edecor
35 | . edlist ',' edlist
36 edecor: . xdecor
37 | . tag ':' lexpr
38 | . ':' lexpr
244 tag: . ltag
245 ltag: . LNAME
246 | . LTYPE
':' posunout a přejít do stavu 207
'*' posunout a přejít do stavu 46
'(' posunout a přejít do stavu 47
LNAME posunout a přejít do stavu 36
LTYPE posunout a přejít do stavu 37
$výchozí reduce using rule 32 (zedlist)
xdecor přejít do stavu 208
xdecor2 přejít do stavu 50
zedlist přejít do stavu 277
edlist přejít do stavu 210
edecor přejít do stavu 211
tag přejít do stavu 212
ltag přejít do stavu 52
State 207
38 edecor: ':' . lexpr
104 lexpr: . expr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
lexpr přejít do stavu 278
expr přejít do stavu 117
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 208
36 edecor: xdecor .
$výchozí reduce using rule 36 (edecor)
State 209
29 edecl: tlist $@5 zedlist . ';'
';' posunout a přejít do stavu 279
State 210
33 zedlist: edlist . [';']
35 edlist: edlist . ',' edlist
',' posunout a přejít do stavu 280
$výchozí reduce using rule 33 (zedlist)
State 211
34 edlist: edecor .
$výchozí reduce using rule 34 (edlist)
State 212
14 xdecor2: tag . [';', ',', '[', '(']
37 edecor: tag . ':' lexpr
':' posunout a přejít do stavu 281
$výchozí reduce using rule 14 (xdecor2)
State 213
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
221 enum: LNAME '=' expr . [',', '}']
'=' posunout a přejít do stavu 157
LPE posunout a přejít do stavu 158
LME posunout a přejít do stavu 159
LMLE posunout a přejít do stavu 160
LDVE posunout a přejít do stavu 161
LMDE posunout a přejít do stavu 162
LRSHE posunout a přejít do stavu 163
LLSHE posunout a přejít do stavu 164
LANDE posunout a přejít do stavu 165
LXORE posunout a přejít do stavu 166
LORE posunout a přejít do stavu 167
'?' posunout a přejít do stavu 168
LOROR posunout a přejít do stavu 169
LANDAND posunout a přejít do stavu 170
'|' posunout a přejít do stavu 171
'^' posunout a přejít do stavu 172
'&' posunout a přejít do stavu 173
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 221 (enum)
State 214
222 enum: enum . ','
223 | enum . ',' enum
223 | enum ',' enum . [',', '}']
$výchozí reduce using rule 223 (enum)
Conflict between rule 223 and token ',' resolved as reduce (%left ',').
State 215
205 complex: LENUM ltag $@12 '{' $@13 enum . '}'
222 enum: enum . ','
223 | enum . ',' enum
',' posunout a přejít do stavu 133
'}' posunout a přejít do stavu 282
State 216
69 block: '{' . slist '}'
70 slist: . %empty
71 | . slist adecl
72 | . slist stmnt
$výchozí reduce using rule 70 (slist)
slist přejít do stavu 283
State 217
7 xdecl: zctlist xdecor $@1 pdecl $@2 block .
$výchozí reduce using rule 7 (xdecl)
State 218
26 pdlist: xdecor .
$výchozí reduce using rule 26 (pdlist)
State 219
25 pdecl: pdecl ctlist pdlist . ';'
27 pdlist: pdlist . ',' pdlist
';' posunout a přejít do stavu 284
',' posunout a přejít do stavu 285
State 220
53 qual: '.' . ltag
245 ltag: . LNAME
246 | . LTYPE
LNAME posunout a přejít do stavu 36
LTYPE posunout a přejít do stavu 37
ltag přejít do stavu 286
State 221
52 qual: '[' . lexpr ']'
104 lexpr: . expr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
lexpr přejít do stavu 287
expr přejít do stavu 117
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 222
55 qlist: init . ','
60 ilist: init . ['}']
',' posunout a přejít do stavu 288
$výchozí reduce using rule 60 (ilist)
State 223
54 qual: qual . '='
57 qlist: qual . ['&', '+', '-', '*', LMM, LPP, '.', '[', '(', LNAME, LFCONST, LDCONST, LCONST, LLCONST, LUCONST, LULCONST, LVLCONST, LUVLCONST, LSTRING, LLSTRING, LSIZEOF, LSIGNOF, '{', '}', '!', '~']
'=' posunout a přejít do stavu 289
$výchozí reduce using rule 57 (qlist)
State 224
50 init: . expr
51 | . '{' ilist '}'
52 qual: . '[' lexpr ']'
53 | . '.' ltag
54 | . qual '='
56 qlist: qlist . init ','
58 | qlist . qual
59 ilist: qlist . ['}']
61 | qlist . init
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'.' posunout a přejít do stavu 220
'[' posunout a přejít do stavu 221
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'{' posunout a přejít do stavu 138
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
$výchozí reduce using rule 59 (ilist)
init přejít do stavu 290
qual přejít do stavu 291
expr přejít do stavu 140
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 225
51 init: '{' ilist . '}'
'}' posunout a přejít do stavu 292
State 226
105 cexpr: . expr
106 | . cexpr ',' cexpr
106 | cexpr ',' . cexpr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
cexpr přejít do stavu 293
expr přejít do stavu 148
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 227
152 pexpr: '(' cexpr ')' .
$výchozí reduce using rule 152 (pexpr)
State 228
41 abdecor1: '*' . zgnlist
42 | '*' . zgnlist abdecor1
211 zgnlist: . %empty
212 | . zgnlist gname
$výchozí reduce using rule 211 (zgnlist)
zgnlist přejít do stavu 294
State 229
41 abdecor1: . '*' zgnlist
42 | . '*' zgnlist abdecor1
43 | . abdecor2
44 abdecor2: . abdecor3
45 | . abdecor2 '(' zarglist ')'
46 | . abdecor2 '[' zexpr ']'
47 abdecor3: . '(' ')'
47 | '(' . ')'
48 | . '[' zexpr ']'
49 | . '(' abdecor1 ')'
49 | '(' . abdecor1 ')'
'*' posunout a přejít do stavu 228
'[' posunout a přejít do stavu 199
'(' posunout a přejít do stavu 229
')' posunout a přejít do stavu 273
abdecor1 přejít do stavu 274
abdecor2 přejít do stavu 204
abdecor3 přejít do stavu 205
State 230
139 xuexpr: '(' tlist abdecor . ')' xuexpr
140 | '(' tlist abdecor . ')' '{' ilist '}'
')' posunout a přejít do stavu 295
State 231
39 abdecor: . %empty [')']
40 | . abdecor1
41 abdecor1: . '*' zgnlist
42 | . '*' zgnlist abdecor1
43 | . abdecor2
44 abdecor2: . abdecor3
45 | . abdecor2 '(' zarglist ')'
46 | . abdecor2 '[' zexpr ']'
47 abdecor3: . '(' ')'
48 | . '[' zexpr ']'
49 | . '(' abdecor1 ')'
153 pexpr: LSIZEOF '(' tlist . abdecor ')'
'*' posunout a přejít do stavu 228
'[' posunout a přejít do stavu 199
'(' posunout a přejít do stavu 229
$výchozí reduce using rule 39 (abdecor)
abdecor přejít do stavu 296
abdecor1 přejít do stavu 203
abdecor2 přejít do stavu 204
abdecor3 přejít do stavu 205
State 232
39 abdecor: . %empty [')']
40 | . abdecor1
41 abdecor1: . '*' zgnlist
42 | . '*' zgnlist abdecor1
43 | . abdecor2
44 abdecor2: . abdecor3
45 | . abdecor2 '(' zarglist ')'
46 | . abdecor2 '[' zexpr ']'
47 abdecor3: . '(' ')'
48 | . '[' zexpr ']'
49 | . '(' abdecor1 ')'
154 pexpr: LSIGNOF '(' tlist . abdecor ')'
'*' posunout a přejít do stavu 228
'[' posunout a přejít do stavu 199
'(' posunout a přejít do stavu 229
$výchozí reduce using rule 39 (abdecor)
abdecor přejít do stavu 297
abdecor1 přejít do stavu 203
abdecor2 přejít do stavu 204
abdecor3 přejít do stavu 205
State 233
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
127 | expr '=' expr . [';', ',', ':', ')', ']', '}']
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
'=' posunout a přejít do stavu 157
LPE posunout a přejít do stavu 158
LME posunout a přejít do stavu 159
LMLE posunout a přejít do stavu 160
LDVE posunout a přejít do stavu 161
LMDE posunout a přejít do stavu 162
LRSHE posunout a přejít do stavu 163
LLSHE posunout a přejít do stavu 164
LANDE posunout a přejít do stavu 165
LXORE posunout a přejít do stavu 166
LORE posunout a přejít do stavu 167
'?' posunout a přejít do stavu 168
LOROR posunout a přejít do stavu 169
LANDAND posunout a přejít do stavu 170
'|' posunout a přejít do stavu 171
'^' posunout a přejít do stavu 172
'&' posunout a přejít do stavu 173
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 127 (expr)
Conflict between rule 127 and token '=' resolved as shift (%right '=').
Conflict between rule 127 and token LPE resolved as shift (%right LPE).
Conflict between rule 127 and token LME resolved as shift (%right LME).
Conflict between rule 127 and token LMLE resolved as shift (%right LMLE).
Conflict between rule 127 and token LDVE resolved as shift (%right LDVE).
Conflict between rule 127 and token LMDE resolved as shift (%right LMDE).
Conflict between rule 127 and token LRSHE resolved as shift (%right LRSHE).
Conflict between rule 127 and token LLSHE resolved as shift (%right LLSHE).
Conflict between rule 127 and token LANDE resolved as shift (%right LANDE).
Conflict between rule 127 and token LXORE resolved as shift (%right LXORE).
Conflict between rule 127 and token LORE resolved as shift (%right LORE).
Conflict between rule 127 and token '?' resolved as shift ('=' < '?').
Conflict between rule 127 and token LOROR resolved as shift ('=' < LOROR).
Conflict between rule 127 and token LANDAND resolved as shift ('=' < LANDAND).
Conflict between rule 127 and token '|' resolved as shift ('=' < '|').
Conflict between rule 127 and token '^' resolved as shift ('=' < '^').
Conflict between rule 127 and token '&' resolved as shift ('=' < '&').
Conflict between rule 127 and token LEQ resolved as shift ('=' < LEQ).
Conflict between rule 127 and token LNE resolved as shift ('=' < LNE).
Conflict between rule 127 and token '<' resolved as shift ('=' < '<').
Conflict between rule 127 and token '>' resolved as shift ('=' < '>').
Conflict between rule 127 and token LLE resolved as shift ('=' < LLE).
Conflict between rule 127 and token LGE resolved as shift ('=' < LGE).
Conflict between rule 127 and token LLSH resolved as shift ('=' < LLSH).
Conflict between rule 127 and token LRSH resolved as shift ('=' < LRSH).
Conflict between rule 127 and token '+' resolved as shift ('=' < '+').
Conflict between rule 127 and token '-' resolved as shift ('=' < '-').
Conflict between rule 127 and token '*' resolved as shift ('=' < '*').
Conflict between rule 127 and token '/' resolved as shift ('=' < '/').
Conflict between rule 127 and token '%' resolved as shift ('=' < '%').
State 234
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
128 | expr LPE expr . [';', ',', ':', ')', ']', '}']
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
'=' posunout a přejít do stavu 157
LPE posunout a přejít do stavu 158
LME posunout a přejít do stavu 159
LMLE posunout a přejít do stavu 160
LDVE posunout a přejít do stavu 161
LMDE posunout a přejít do stavu 162
LRSHE posunout a přejít do stavu 163
LLSHE posunout a přejít do stavu 164
LANDE posunout a přejít do stavu 165
LXORE posunout a přejít do stavu 166
LORE posunout a přejít do stavu 167
'?' posunout a přejít do stavu 168
LOROR posunout a přejít do stavu 169
LANDAND posunout a přejít do stavu 170
'|' posunout a přejít do stavu 171
'^' posunout a přejít do stavu 172
'&' posunout a přejít do stavu 173
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 128 (expr)
Conflict between rule 128 and token '=' resolved as shift (%right '=').
Conflict between rule 128 and token LPE resolved as shift (%right LPE).
Conflict between rule 128 and token LME resolved as shift (%right LME).
Conflict between rule 128 and token LMLE resolved as shift (%right LMLE).
Conflict between rule 128 and token LDVE resolved as shift (%right LDVE).
Conflict between rule 128 and token LMDE resolved as shift (%right LMDE).
Conflict between rule 128 and token LRSHE resolved as shift (%right LRSHE).
Conflict between rule 128 and token LLSHE resolved as shift (%right LLSHE).
Conflict between rule 128 and token LANDE resolved as shift (%right LANDE).
Conflict between rule 128 and token LXORE resolved as shift (%right LXORE).
Conflict between rule 128 and token LORE resolved as shift (%right LORE).
Conflict between rule 128 and token '?' resolved as shift (LPE < '?').
Conflict between rule 128 and token LOROR resolved as shift (LPE < LOROR).
Conflict between rule 128 and token LANDAND resolved as shift (LPE < LANDAND).
Conflict between rule 128 and token '|' resolved as shift (LPE < '|').
Conflict between rule 128 and token '^' resolved as shift (LPE < '^').
Conflict between rule 128 and token '&' resolved as shift (LPE < '&').
Conflict between rule 128 and token LEQ resolved as shift (LPE < LEQ).
Conflict between rule 128 and token LNE resolved as shift (LPE < LNE).
Conflict between rule 128 and token '<' resolved as shift (LPE < '<').
Conflict between rule 128 and token '>' resolved as shift (LPE < '>').
Conflict between rule 128 and token LLE resolved as shift (LPE < LLE).
Conflict between rule 128 and token LGE resolved as shift (LPE < LGE).
Conflict between rule 128 and token LLSH resolved as shift (LPE < LLSH).
Conflict between rule 128 and token LRSH resolved as shift (LPE < LRSH).
Conflict between rule 128 and token '+' resolved as shift (LPE < '+').
Conflict between rule 128 and token '-' resolved as shift (LPE < '-').
Conflict between rule 128 and token '*' resolved as shift (LPE < '*').
Conflict between rule 128 and token '/' resolved as shift (LPE < '/').
Conflict between rule 128 and token '%' resolved as shift (LPE < '%').
State 235
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
129 | expr LME expr . [';', ',', ':', ')', ']', '}']
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
'=' posunout a přejít do stavu 157
LPE posunout a přejít do stavu 158
LME posunout a přejít do stavu 159
LMLE posunout a přejít do stavu 160
LDVE posunout a přejít do stavu 161
LMDE posunout a přejít do stavu 162
LRSHE posunout a přejít do stavu 163
LLSHE posunout a přejít do stavu 164
LANDE posunout a přejít do stavu 165
LXORE posunout a přejít do stavu 166
LORE posunout a přejít do stavu 167
'?' posunout a přejít do stavu 168
LOROR posunout a přejít do stavu 169
LANDAND posunout a přejít do stavu 170
'|' posunout a přejít do stavu 171
'^' posunout a přejít do stavu 172
'&' posunout a přejít do stavu 173
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 129 (expr)
Conflict between rule 129 and token '=' resolved as shift (%right '=').
Conflict between rule 129 and token LPE resolved as shift (%right LPE).
Conflict between rule 129 and token LME resolved as shift (%right LME).
Conflict between rule 129 and token LMLE resolved as shift (%right LMLE).
Conflict between rule 129 and token LDVE resolved as shift (%right LDVE).
Conflict between rule 129 and token LMDE resolved as shift (%right LMDE).
Conflict between rule 129 and token LRSHE resolved as shift (%right LRSHE).
Conflict between rule 129 and token LLSHE resolved as shift (%right LLSHE).
Conflict between rule 129 and token LANDE resolved as shift (%right LANDE).
Conflict between rule 129 and token LXORE resolved as shift (%right LXORE).
Conflict between rule 129 and token LORE resolved as shift (%right LORE).
Conflict between rule 129 and token '?' resolved as shift (LME < '?').
Conflict between rule 129 and token LOROR resolved as shift (LME < LOROR).
Conflict between rule 129 and token LANDAND resolved as shift (LME < LANDAND).
Conflict between rule 129 and token '|' resolved as shift (LME < '|').
Conflict between rule 129 and token '^' resolved as shift (LME < '^').
Conflict between rule 129 and token '&' resolved as shift (LME < '&').
Conflict between rule 129 and token LEQ resolved as shift (LME < LEQ).
Conflict between rule 129 and token LNE resolved as shift (LME < LNE).
Conflict between rule 129 and token '<' resolved as shift (LME < '<').
Conflict between rule 129 and token '>' resolved as shift (LME < '>').
Conflict between rule 129 and token LLE resolved as shift (LME < LLE).
Conflict between rule 129 and token LGE resolved as shift (LME < LGE).
Conflict between rule 129 and token LLSH resolved as shift (LME < LLSH).
Conflict between rule 129 and token LRSH resolved as shift (LME < LRSH).
Conflict between rule 129 and token '+' resolved as shift (LME < '+').
Conflict between rule 129 and token '-' resolved as shift (LME < '-').
Conflict between rule 129 and token '*' resolved as shift (LME < '*').
Conflict between rule 129 and token '/' resolved as shift (LME < '/').
Conflict between rule 129 and token '%' resolved as shift (LME < '%').
State 236
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
130 | expr LMLE expr . [';', ',', ':', ')', ']', '}']
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
'=' posunout a přejít do stavu 157
LPE posunout a přejít do stavu 158
LME posunout a přejít do stavu 159
LMLE posunout a přejít do stavu 160
LDVE posunout a přejít do stavu 161
LMDE posunout a přejít do stavu 162
LRSHE posunout a přejít do stavu 163
LLSHE posunout a přejít do stavu 164
LANDE posunout a přejít do stavu 165
LXORE posunout a přejít do stavu 166
LORE posunout a přejít do stavu 167
'?' posunout a přejít do stavu 168
LOROR posunout a přejít do stavu 169
LANDAND posunout a přejít do stavu 170
'|' posunout a přejít do stavu 171
'^' posunout a přejít do stavu 172
'&' posunout a přejít do stavu 173
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 130 (expr)
Conflict between rule 130 and token '=' resolved as shift (%right '=').
Conflict between rule 130 and token LPE resolved as shift (%right LPE).
Conflict between rule 130 and token LME resolved as shift (%right LME).
Conflict between rule 130 and token LMLE resolved as shift (%right LMLE).
Conflict between rule 130 and token LDVE resolved as shift (%right LDVE).
Conflict between rule 130 and token LMDE resolved as shift (%right LMDE).
Conflict between rule 130 and token LRSHE resolved as shift (%right LRSHE).
Conflict between rule 130 and token LLSHE resolved as shift (%right LLSHE).
Conflict between rule 130 and token LANDE resolved as shift (%right LANDE).
Conflict between rule 130 and token LXORE resolved as shift (%right LXORE).
Conflict between rule 130 and token LORE resolved as shift (%right LORE).
Conflict between rule 130 and token '?' resolved as shift (LMLE < '?').
Conflict between rule 130 and token LOROR resolved as shift (LMLE < LOROR).
Conflict between rule 130 and token LANDAND resolved as shift (LMLE < LANDAND).
Conflict between rule 130 and token '|' resolved as shift (LMLE < '|').
Conflict between rule 130 and token '^' resolved as shift (LMLE < '^').
Conflict between rule 130 and token '&' resolved as shift (LMLE < '&').
Conflict between rule 130 and token LEQ resolved as shift (LMLE < LEQ).
Conflict between rule 130 and token LNE resolved as shift (LMLE < LNE).
Conflict between rule 130 and token '<' resolved as shift (LMLE < '<').
Conflict between rule 130 and token '>' resolved as shift (LMLE < '>').
Conflict between rule 130 and token LLE resolved as shift (LMLE < LLE).
Conflict between rule 130 and token LGE resolved as shift (LMLE < LGE).
Conflict between rule 130 and token LLSH resolved as shift (LMLE < LLSH).
Conflict between rule 130 and token LRSH resolved as shift (LMLE < LRSH).
Conflict between rule 130 and token '+' resolved as shift (LMLE < '+').
Conflict between rule 130 and token '-' resolved as shift (LMLE < '-').
Conflict between rule 130 and token '*' resolved as shift (LMLE < '*').
Conflict between rule 130 and token '/' resolved as shift (LMLE < '/').
Conflict between rule 130 and token '%' resolved as shift (LMLE < '%').
State 237
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
131 | expr LDVE expr . [';', ',', ':', ')', ']', '}']
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
'=' posunout a přejít do stavu 157
LPE posunout a přejít do stavu 158
LME posunout a přejít do stavu 159
LMLE posunout a přejít do stavu 160
LDVE posunout a přejít do stavu 161
LMDE posunout a přejít do stavu 162
LRSHE posunout a přejít do stavu 163
LLSHE posunout a přejít do stavu 164
LANDE posunout a přejít do stavu 165
LXORE posunout a přejít do stavu 166
LORE posunout a přejít do stavu 167
'?' posunout a přejít do stavu 168
LOROR posunout a přejít do stavu 169
LANDAND posunout a přejít do stavu 170
'|' posunout a přejít do stavu 171
'^' posunout a přejít do stavu 172
'&' posunout a přejít do stavu 173
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 131 (expr)
Conflict between rule 131 and token '=' resolved as shift (%right '=').
Conflict between rule 131 and token LPE resolved as shift (%right LPE).
Conflict between rule 131 and token LME resolved as shift (%right LME).
Conflict between rule 131 and token LMLE resolved as shift (%right LMLE).
Conflict between rule 131 and token LDVE resolved as shift (%right LDVE).
Conflict between rule 131 and token LMDE resolved as shift (%right LMDE).
Conflict between rule 131 and token LRSHE resolved as shift (%right LRSHE).
Conflict between rule 131 and token LLSHE resolved as shift (%right LLSHE).
Conflict between rule 131 and token LANDE resolved as shift (%right LANDE).
Conflict between rule 131 and token LXORE resolved as shift (%right LXORE).
Conflict between rule 131 and token LORE resolved as shift (%right LORE).
Conflict between rule 131 and token '?' resolved as shift (LDVE < '?').
Conflict between rule 131 and token LOROR resolved as shift (LDVE < LOROR).
Conflict between rule 131 and token LANDAND resolved as shift (LDVE < LANDAND).
Conflict between rule 131 and token '|' resolved as shift (LDVE < '|').
Conflict between rule 131 and token '^' resolved as shift (LDVE < '^').
Conflict between rule 131 and token '&' resolved as shift (LDVE < '&').
Conflict between rule 131 and token LEQ resolved as shift (LDVE < LEQ).
Conflict between rule 131 and token LNE resolved as shift (LDVE < LNE).
Conflict between rule 131 and token '<' resolved as shift (LDVE < '<').
Conflict between rule 131 and token '>' resolved as shift (LDVE < '>').
Conflict between rule 131 and token LLE resolved as shift (LDVE < LLE).
Conflict between rule 131 and token LGE resolved as shift (LDVE < LGE).
Conflict between rule 131 and token LLSH resolved as shift (LDVE < LLSH).
Conflict between rule 131 and token LRSH resolved as shift (LDVE < LRSH).
Conflict between rule 131 and token '+' resolved as shift (LDVE < '+').
Conflict between rule 131 and token '-' resolved as shift (LDVE < '-').
Conflict between rule 131 and token '*' resolved as shift (LDVE < '*').
Conflict between rule 131 and token '/' resolved as shift (LDVE < '/').
Conflict between rule 131 and token '%' resolved as shift (LDVE < '%').
State 238
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
132 | expr LMDE expr . [';', ',', ':', ')', ']', '}']
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
'=' posunout a přejít do stavu 157
LPE posunout a přejít do stavu 158
LME posunout a přejít do stavu 159
LMLE posunout a přejít do stavu 160
LDVE posunout a přejít do stavu 161
LMDE posunout a přejít do stavu 162
LRSHE posunout a přejít do stavu 163
LLSHE posunout a přejít do stavu 164
LANDE posunout a přejít do stavu 165
LXORE posunout a přejít do stavu 166
LORE posunout a přejít do stavu 167
'?' posunout a přejít do stavu 168
LOROR posunout a přejít do stavu 169
LANDAND posunout a přejít do stavu 170
'|' posunout a přejít do stavu 171
'^' posunout a přejít do stavu 172
'&' posunout a přejít do stavu 173
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 132 (expr)
Conflict between rule 132 and token '=' resolved as shift (%right '=').
Conflict between rule 132 and token LPE resolved as shift (%right LPE).
Conflict between rule 132 and token LME resolved as shift (%right LME).
Conflict between rule 132 and token LMLE resolved as shift (%right LMLE).
Conflict between rule 132 and token LDVE resolved as shift (%right LDVE).
Conflict between rule 132 and token LMDE resolved as shift (%right LMDE).
Conflict between rule 132 and token LRSHE resolved as shift (%right LRSHE).
Conflict between rule 132 and token LLSHE resolved as shift (%right LLSHE).
Conflict between rule 132 and token LANDE resolved as shift (%right LANDE).
Conflict between rule 132 and token LXORE resolved as shift (%right LXORE).
Conflict between rule 132 and token LORE resolved as shift (%right LORE).
Conflict between rule 132 and token '?' resolved as shift (LMDE < '?').
Conflict between rule 132 and token LOROR resolved as shift (LMDE < LOROR).
Conflict between rule 132 and token LANDAND resolved as shift (LMDE < LANDAND).
Conflict between rule 132 and token '|' resolved as shift (LMDE < '|').
Conflict between rule 132 and token '^' resolved as shift (LMDE < '^').
Conflict between rule 132 and token '&' resolved as shift (LMDE < '&').
Conflict between rule 132 and token LEQ resolved as shift (LMDE < LEQ).
Conflict between rule 132 and token LNE resolved as shift (LMDE < LNE).
Conflict between rule 132 and token '<' resolved as shift (LMDE < '<').
Conflict between rule 132 and token '>' resolved as shift (LMDE < '>').
Conflict between rule 132 and token LLE resolved as shift (LMDE < LLE).
Conflict between rule 132 and token LGE resolved as shift (LMDE < LGE).
Conflict between rule 132 and token LLSH resolved as shift (LMDE < LLSH).
Conflict between rule 132 and token LRSH resolved as shift (LMDE < LRSH).
Conflict between rule 132 and token '+' resolved as shift (LMDE < '+').
Conflict between rule 132 and token '-' resolved as shift (LMDE < '-').
Conflict between rule 132 and token '*' resolved as shift (LMDE < '*').
Conflict between rule 132 and token '/' resolved as shift (LMDE < '/').
Conflict between rule 132 and token '%' resolved as shift (LMDE < '%').
State 239
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
134 | expr LRSHE expr . [';', ',', ':', ')', ']', '}']
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
'=' posunout a přejít do stavu 157
LPE posunout a přejít do stavu 158
LME posunout a přejít do stavu 159
LMLE posunout a přejít do stavu 160
LDVE posunout a přejít do stavu 161
LMDE posunout a přejít do stavu 162
LRSHE posunout a přejít do stavu 163
LLSHE posunout a přejít do stavu 164
LANDE posunout a přejít do stavu 165
LXORE posunout a přejít do stavu 166
LORE posunout a přejít do stavu 167
'?' posunout a přejít do stavu 168
LOROR posunout a přejít do stavu 169
LANDAND posunout a přejít do stavu 170
'|' posunout a přejít do stavu 171
'^' posunout a přejít do stavu 172
'&' posunout a přejít do stavu 173
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 134 (expr)
Conflict between rule 134 and token '=' resolved as shift (%right '=').
Conflict between rule 134 and token LPE resolved as shift (%right LPE).
Conflict between rule 134 and token LME resolved as shift (%right LME).
Conflict between rule 134 and token LMLE resolved as shift (%right LMLE).
Conflict between rule 134 and token LDVE resolved as shift (%right LDVE).
Conflict between rule 134 and token LMDE resolved as shift (%right LMDE).
Conflict between rule 134 and token LRSHE resolved as shift (%right LRSHE).
Conflict between rule 134 and token LLSHE resolved as shift (%right LLSHE).
Conflict between rule 134 and token LANDE resolved as shift (%right LANDE).
Conflict between rule 134 and token LXORE resolved as shift (%right LXORE).
Conflict between rule 134 and token LORE resolved as shift (%right LORE).
Conflict between rule 134 and token '?' resolved as shift (LRSHE < '?').
Conflict between rule 134 and token LOROR resolved as shift (LRSHE < LOROR).
Conflict between rule 134 and token LANDAND resolved as shift (LRSHE < LANDAND).
Conflict between rule 134 and token '|' resolved as shift (LRSHE < '|').
Conflict between rule 134 and token '^' resolved as shift (LRSHE < '^').
Conflict between rule 134 and token '&' resolved as shift (LRSHE < '&').
Conflict between rule 134 and token LEQ resolved as shift (LRSHE < LEQ).
Conflict between rule 134 and token LNE resolved as shift (LRSHE < LNE).
Conflict between rule 134 and token '<' resolved as shift (LRSHE < '<').
Conflict between rule 134 and token '>' resolved as shift (LRSHE < '>').
Conflict between rule 134 and token LLE resolved as shift (LRSHE < LLE).
Conflict between rule 134 and token LGE resolved as shift (LRSHE < LGE).
Conflict between rule 134 and token LLSH resolved as shift (LRSHE < LLSH).
Conflict between rule 134 and token LRSH resolved as shift (LRSHE < LRSH).
Conflict between rule 134 and token '+' resolved as shift (LRSHE < '+').
Conflict between rule 134 and token '-' resolved as shift (LRSHE < '-').
Conflict between rule 134 and token '*' resolved as shift (LRSHE < '*').
Conflict between rule 134 and token '/' resolved as shift (LRSHE < '/').
Conflict between rule 134 and token '%' resolved as shift (LRSHE < '%').
State 240
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
133 | expr LLSHE expr . [';', ',', ':', ')', ']', '}']
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
'=' posunout a přejít do stavu 157
LPE posunout a přejít do stavu 158
LME posunout a přejít do stavu 159
LMLE posunout a přejít do stavu 160
LDVE posunout a přejít do stavu 161
LMDE posunout a přejít do stavu 162
LRSHE posunout a přejít do stavu 163
LLSHE posunout a přejít do stavu 164
LANDE posunout a přejít do stavu 165
LXORE posunout a přejít do stavu 166
LORE posunout a přejít do stavu 167
'?' posunout a přejít do stavu 168
LOROR posunout a přejít do stavu 169
LANDAND posunout a přejít do stavu 170
'|' posunout a přejít do stavu 171
'^' posunout a přejít do stavu 172
'&' posunout a přejít do stavu 173
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 133 (expr)
Conflict between rule 133 and token '=' resolved as shift (%right '=').
Conflict between rule 133 and token LPE resolved as shift (%right LPE).
Conflict between rule 133 and token LME resolved as shift (%right LME).
Conflict between rule 133 and token LMLE resolved as shift (%right LMLE).
Conflict between rule 133 and token LDVE resolved as shift (%right LDVE).
Conflict between rule 133 and token LMDE resolved as shift (%right LMDE).
Conflict between rule 133 and token LRSHE resolved as shift (%right LRSHE).
Conflict between rule 133 and token LLSHE resolved as shift (%right LLSHE).
Conflict between rule 133 and token LANDE resolved as shift (%right LANDE).
Conflict between rule 133 and token LXORE resolved as shift (%right LXORE).
Conflict between rule 133 and token LORE resolved as shift (%right LORE).
Conflict between rule 133 and token '?' resolved as shift (LLSHE < '?').
Conflict between rule 133 and token LOROR resolved as shift (LLSHE < LOROR).
Conflict between rule 133 and token LANDAND resolved as shift (LLSHE < LANDAND).
Conflict between rule 133 and token '|' resolved as shift (LLSHE < '|').
Conflict between rule 133 and token '^' resolved as shift (LLSHE < '^').
Conflict between rule 133 and token '&' resolved as shift (LLSHE < '&').
Conflict between rule 133 and token LEQ resolved as shift (LLSHE < LEQ).
Conflict between rule 133 and token LNE resolved as shift (LLSHE < LNE).
Conflict between rule 133 and token '<' resolved as shift (LLSHE < '<').
Conflict between rule 133 and token '>' resolved as shift (LLSHE < '>').
Conflict between rule 133 and token LLE resolved as shift (LLSHE < LLE).
Conflict between rule 133 and token LGE resolved as shift (LLSHE < LGE).
Conflict between rule 133 and token LLSH resolved as shift (LLSHE < LLSH).
Conflict between rule 133 and token LRSH resolved as shift (LLSHE < LRSH).
Conflict between rule 133 and token '+' resolved as shift (LLSHE < '+').
Conflict between rule 133 and token '-' resolved as shift (LLSHE < '-').
Conflict between rule 133 and token '*' resolved as shift (LLSHE < '*').
Conflict between rule 133 and token '/' resolved as shift (LLSHE < '/').
Conflict between rule 133 and token '%' resolved as shift (LLSHE < '%').
State 241
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
135 | expr LANDE expr . [';', ',', ':', ')', ']', '}']
136 | expr . LXORE expr
137 | expr . LORE expr
'=' posunout a přejít do stavu 157
LPE posunout a přejít do stavu 158
LME posunout a přejít do stavu 159
LMLE posunout a přejít do stavu 160
LDVE posunout a přejít do stavu 161
LMDE posunout a přejít do stavu 162
LRSHE posunout a přejít do stavu 163
LLSHE posunout a přejít do stavu 164
LANDE posunout a přejít do stavu 165
LXORE posunout a přejít do stavu 166
LORE posunout a přejít do stavu 167
'?' posunout a přejít do stavu 168
LOROR posunout a přejít do stavu 169
LANDAND posunout a přejít do stavu 170
'|' posunout a přejít do stavu 171
'^' posunout a přejít do stavu 172
'&' posunout a přejít do stavu 173
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 135 (expr)
Conflict between rule 135 and token '=' resolved as shift (%right '=').
Conflict between rule 135 and token LPE resolved as shift (%right LPE).
Conflict between rule 135 and token LME resolved as shift (%right LME).
Conflict between rule 135 and token LMLE resolved as shift (%right LMLE).
Conflict between rule 135 and token LDVE resolved as shift (%right LDVE).
Conflict between rule 135 and token LMDE resolved as shift (%right LMDE).
Conflict between rule 135 and token LRSHE resolved as shift (%right LRSHE).
Conflict between rule 135 and token LLSHE resolved as shift (%right LLSHE).
Conflict between rule 135 and token LANDE resolved as shift (%right LANDE).
Conflict between rule 135 and token LXORE resolved as shift (%right LXORE).
Conflict between rule 135 and token LORE resolved as shift (%right LORE).
Conflict between rule 135 and token '?' resolved as shift (LANDE < '?').
Conflict between rule 135 and token LOROR resolved as shift (LANDE < LOROR).
Conflict between rule 135 and token LANDAND resolved as shift (LANDE < LANDAND).
Conflict between rule 135 and token '|' resolved as shift (LANDE < '|').
Conflict between rule 135 and token '^' resolved as shift (LANDE < '^').
Conflict between rule 135 and token '&' resolved as shift (LANDE < '&').
Conflict between rule 135 and token LEQ resolved as shift (LANDE < LEQ).
Conflict between rule 135 and token LNE resolved as shift (LANDE < LNE).
Conflict between rule 135 and token '<' resolved as shift (LANDE < '<').
Conflict between rule 135 and token '>' resolved as shift (LANDE < '>').
Conflict between rule 135 and token LLE resolved as shift (LANDE < LLE).
Conflict between rule 135 and token LGE resolved as shift (LANDE < LGE).
Conflict between rule 135 and token LLSH resolved as shift (LANDE < LLSH).
Conflict between rule 135 and token LRSH resolved as shift (LANDE < LRSH).
Conflict between rule 135 and token '+' resolved as shift (LANDE < '+').
Conflict between rule 135 and token '-' resolved as shift (LANDE < '-').
Conflict between rule 135 and token '*' resolved as shift (LANDE < '*').
Conflict between rule 135 and token '/' resolved as shift (LANDE < '/').
Conflict between rule 135 and token '%' resolved as shift (LANDE < '%').
State 242
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
136 | expr LXORE expr . [';', ',', ':', ')', ']', '}']
137 | expr . LORE expr
'=' posunout a přejít do stavu 157
LPE posunout a přejít do stavu 158
LME posunout a přejít do stavu 159
LMLE posunout a přejít do stavu 160
LDVE posunout a přejít do stavu 161
LMDE posunout a přejít do stavu 162
LRSHE posunout a přejít do stavu 163
LLSHE posunout a přejít do stavu 164
LANDE posunout a přejít do stavu 165
LXORE posunout a přejít do stavu 166
LORE posunout a přejít do stavu 167
'?' posunout a přejít do stavu 168
LOROR posunout a přejít do stavu 169
LANDAND posunout a přejít do stavu 170
'|' posunout a přejít do stavu 171
'^' posunout a přejít do stavu 172
'&' posunout a přejít do stavu 173
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 136 (expr)
Conflict between rule 136 and token '=' resolved as shift (%right '=').
Conflict between rule 136 and token LPE resolved as shift (%right LPE).
Conflict between rule 136 and token LME resolved as shift (%right LME).
Conflict between rule 136 and token LMLE resolved as shift (%right LMLE).
Conflict between rule 136 and token LDVE resolved as shift (%right LDVE).
Conflict between rule 136 and token LMDE resolved as shift (%right LMDE).
Conflict between rule 136 and token LRSHE resolved as shift (%right LRSHE).
Conflict between rule 136 and token LLSHE resolved as shift (%right LLSHE).
Conflict between rule 136 and token LANDE resolved as shift (%right LANDE).
Conflict between rule 136 and token LXORE resolved as shift (%right LXORE).
Conflict between rule 136 and token LORE resolved as shift (%right LORE).
Conflict between rule 136 and token '?' resolved as shift (LXORE < '?').
Conflict between rule 136 and token LOROR resolved as shift (LXORE < LOROR).
Conflict between rule 136 and token LANDAND resolved as shift (LXORE < LANDAND).
Conflict between rule 136 and token '|' resolved as shift (LXORE < '|').
Conflict between rule 136 and token '^' resolved as shift (LXORE < '^').
Conflict between rule 136 and token '&' resolved as shift (LXORE < '&').
Conflict between rule 136 and token LEQ resolved as shift (LXORE < LEQ).
Conflict between rule 136 and token LNE resolved as shift (LXORE < LNE).
Conflict between rule 136 and token '<' resolved as shift (LXORE < '<').
Conflict between rule 136 and token '>' resolved as shift (LXORE < '>').
Conflict between rule 136 and token LLE resolved as shift (LXORE < LLE).
Conflict between rule 136 and token LGE resolved as shift (LXORE < LGE).
Conflict between rule 136 and token LLSH resolved as shift (LXORE < LLSH).
Conflict between rule 136 and token LRSH resolved as shift (LXORE < LRSH).
Conflict between rule 136 and token '+' resolved as shift (LXORE < '+').
Conflict between rule 136 and token '-' resolved as shift (LXORE < '-').
Conflict between rule 136 and token '*' resolved as shift (LXORE < '*').
Conflict between rule 136 and token '/' resolved as shift (LXORE < '/').
Conflict between rule 136 and token '%' resolved as shift (LXORE < '%').
State 243
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
137 | expr LORE expr . [';', ',', ':', ')', ']', '}']
'=' posunout a přejít do stavu 157
LPE posunout a přejít do stavu 158
LME posunout a přejít do stavu 159
LMLE posunout a přejít do stavu 160
LDVE posunout a přejít do stavu 161
LMDE posunout a přejít do stavu 162
LRSHE posunout a přejít do stavu 163
LLSHE posunout a přejít do stavu 164
LANDE posunout a přejít do stavu 165
LXORE posunout a přejít do stavu 166
LORE posunout a přejít do stavu 167
'?' posunout a přejít do stavu 168
LOROR posunout a přejít do stavu 169
LANDAND posunout a přejít do stavu 170
'|' posunout a přejít do stavu 171
'^' posunout a přejít do stavu 172
'&' posunout a přejít do stavu 173
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 137 (expr)
Conflict between rule 137 and token '=' resolved as shift (%right '=').
Conflict between rule 137 and token LPE resolved as shift (%right LPE).
Conflict between rule 137 and token LME resolved as shift (%right LME).
Conflict between rule 137 and token LMLE resolved as shift (%right LMLE).
Conflict between rule 137 and token LDVE resolved as shift (%right LDVE).
Conflict between rule 137 and token LMDE resolved as shift (%right LMDE).
Conflict between rule 137 and token LRSHE resolved as shift (%right LRSHE).
Conflict between rule 137 and token LLSHE resolved as shift (%right LLSHE).
Conflict between rule 137 and token LANDE resolved as shift (%right LANDE).
Conflict between rule 137 and token LXORE resolved as shift (%right LXORE).
Conflict between rule 137 and token LORE resolved as shift (%right LORE).
Conflict between rule 137 and token '?' resolved as shift (LORE < '?').
Conflict between rule 137 and token LOROR resolved as shift (LORE < LOROR).
Conflict between rule 137 and token LANDAND resolved as shift (LORE < LANDAND).
Conflict between rule 137 and token '|' resolved as shift (LORE < '|').
Conflict between rule 137 and token '^' resolved as shift (LORE < '^').
Conflict between rule 137 and token '&' resolved as shift (LORE < '&').
Conflict between rule 137 and token LEQ resolved as shift (LORE < LEQ).
Conflict between rule 137 and token LNE resolved as shift (LORE < LNE).
Conflict between rule 137 and token '<' resolved as shift (LORE < '<').
Conflict between rule 137 and token '>' resolved as shift (LORE < '>').
Conflict between rule 137 and token LLE resolved as shift (LORE < LLE).
Conflict between rule 137 and token LGE resolved as shift (LORE < LGE).
Conflict between rule 137 and token LLSH resolved as shift (LORE < LLSH).
Conflict between rule 137 and token LRSH resolved as shift (LORE < LRSH).
Conflict between rule 137 and token '+' resolved as shift (LORE < '+').
Conflict between rule 137 and token '-' resolved as shift (LORE < '-').
Conflict between rule 137 and token '*' resolved as shift (LORE < '*').
Conflict between rule 137 and token '/' resolved as shift (LORE < '/').
Conflict between rule 137 and token '%' resolved as shift (LORE < '%').
State 244
106 cexpr: cexpr . ',' cexpr
126 expr: expr '?' cexpr . ':' expr
',' posunout a přejít do stavu 226
':' posunout a přejít do stavu 298
State 245
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
125 | expr LOROR expr . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, '?', ':', LOROR, ')', ']', '}']
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
LANDAND posunout a přejít do stavu 170
'|' posunout a přejít do stavu 171
'^' posunout a přejít do stavu 172
'&' posunout a přejít do stavu 173
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 125 (expr)
Conflict between rule 125 and token '=' resolved as reduce ('=' < LOROR).
Conflict between rule 125 and token LPE resolved as reduce (LPE < LOROR).
Conflict between rule 125 and token LME resolved as reduce (LME < LOROR).
Conflict between rule 125 and token LMLE resolved as reduce (LMLE < LOROR).
Conflict between rule 125 and token LDVE resolved as reduce (LDVE < LOROR).
Conflict between rule 125 and token LMDE resolved as reduce (LMDE < LOROR).
Conflict between rule 125 and token LRSHE resolved as reduce (LRSHE < LOROR).
Conflict between rule 125 and token LLSHE resolved as reduce (LLSHE < LOROR).
Conflict between rule 125 and token LANDE resolved as reduce (LANDE < LOROR).
Conflict between rule 125 and token LXORE resolved as reduce (LXORE < LOROR).
Conflict between rule 125 and token LORE resolved as reduce (LORE < LOROR).
Conflict between rule 125 and token '?' resolved as reduce ('?' < LOROR).
Conflict between rule 125 and token LOROR resolved as reduce (%left LOROR).
Conflict between rule 125 and token LANDAND resolved as shift (LOROR < LANDAND).
Conflict between rule 125 and token '|' resolved as shift (LOROR < '|').
Conflict between rule 125 and token '^' resolved as shift (LOROR < '^').
Conflict between rule 125 and token '&' resolved as shift (LOROR < '&').
Conflict between rule 125 and token LEQ resolved as shift (LOROR < LEQ).
Conflict between rule 125 and token LNE resolved as shift (LOROR < LNE).
Conflict between rule 125 and token '<' resolved as shift (LOROR < '<').
Conflict between rule 125 and token '>' resolved as shift (LOROR < '>').
Conflict between rule 125 and token LLE resolved as shift (LOROR < LLE).
Conflict between rule 125 and token LGE resolved as shift (LOROR < LGE).
Conflict between rule 125 and token LLSH resolved as shift (LOROR < LLSH).
Conflict between rule 125 and token LRSH resolved as shift (LOROR < LRSH).
Conflict between rule 125 and token '+' resolved as shift (LOROR < '+').
Conflict between rule 125 and token '-' resolved as shift (LOROR < '-').
Conflict between rule 125 and token '*' resolved as shift (LOROR < '*').
Conflict between rule 125 and token '/' resolved as shift (LOROR < '/').
Conflict between rule 125 and token '%' resolved as shift (LOROR < '%').
State 246
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
124 | expr LANDAND expr . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, '?', ':', LOROR, LANDAND, ')', ']', '}']
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
'|' posunout a přejít do stavu 171
'^' posunout a přejít do stavu 172
'&' posunout a přejít do stavu 173
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 124 (expr)
Conflict between rule 124 and token '=' resolved as reduce ('=' < LANDAND).
Conflict between rule 124 and token LPE resolved as reduce (LPE < LANDAND).
Conflict between rule 124 and token LME resolved as reduce (LME < LANDAND).
Conflict between rule 124 and token LMLE resolved as reduce (LMLE < LANDAND).
Conflict between rule 124 and token LDVE resolved as reduce (LDVE < LANDAND).
Conflict between rule 124 and token LMDE resolved as reduce (LMDE < LANDAND).
Conflict between rule 124 and token LRSHE resolved as reduce (LRSHE < LANDAND).
Conflict between rule 124 and token LLSHE resolved as reduce (LLSHE < LANDAND).
Conflict between rule 124 and token LANDE resolved as reduce (LANDE < LANDAND).
Conflict between rule 124 and token LXORE resolved as reduce (LXORE < LANDAND).
Conflict between rule 124 and token LORE resolved as reduce (LORE < LANDAND).
Conflict between rule 124 and token '?' resolved as reduce ('?' < LANDAND).
Conflict between rule 124 and token LOROR resolved as reduce (LOROR < LANDAND).
Conflict between rule 124 and token LANDAND resolved as reduce (%left LANDAND).
Conflict between rule 124 and token '|' resolved as shift (LANDAND < '|').
Conflict between rule 124 and token '^' resolved as shift (LANDAND < '^').
Conflict between rule 124 and token '&' resolved as shift (LANDAND < '&').
Conflict between rule 124 and token LEQ resolved as shift (LANDAND < LEQ).
Conflict between rule 124 and token LNE resolved as shift (LANDAND < LNE).
Conflict between rule 124 and token '<' resolved as shift (LANDAND < '<').
Conflict between rule 124 and token '>' resolved as shift (LANDAND < '>').
Conflict between rule 124 and token LLE resolved as shift (LANDAND < LLE).
Conflict between rule 124 and token LGE resolved as shift (LANDAND < LGE).
Conflict between rule 124 and token LLSH resolved as shift (LANDAND < LLSH).
Conflict between rule 124 and token LRSH resolved as shift (LANDAND < LRSH).
Conflict between rule 124 and token '+' resolved as shift (LANDAND < '+').
Conflict between rule 124 and token '-' resolved as shift (LANDAND < '-').
Conflict between rule 124 and token '*' resolved as shift (LANDAND < '*').
Conflict between rule 124 and token '/' resolved as shift (LANDAND < '/').
Conflict between rule 124 and token '%' resolved as shift (LANDAND < '%').
State 247
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
123 | expr '|' expr . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, '?', ':', LOROR, LANDAND, '|', ')', ']', '}']
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
'^' posunout a přejít do stavu 172
'&' posunout a přejít do stavu 173
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 123 (expr)
Conflict between rule 123 and token '=' resolved as reduce ('=' < '|').
Conflict between rule 123 and token LPE resolved as reduce (LPE < '|').
Conflict between rule 123 and token LME resolved as reduce (LME < '|').
Conflict between rule 123 and token LMLE resolved as reduce (LMLE < '|').
Conflict between rule 123 and token LDVE resolved as reduce (LDVE < '|').
Conflict between rule 123 and token LMDE resolved as reduce (LMDE < '|').
Conflict between rule 123 and token LRSHE resolved as reduce (LRSHE < '|').
Conflict between rule 123 and token LLSHE resolved as reduce (LLSHE < '|').
Conflict between rule 123 and token LANDE resolved as reduce (LANDE < '|').
Conflict between rule 123 and token LXORE resolved as reduce (LXORE < '|').
Conflict between rule 123 and token LORE resolved as reduce (LORE < '|').
Conflict between rule 123 and token '?' resolved as reduce ('?' < '|').
Conflict between rule 123 and token LOROR resolved as reduce (LOROR < '|').
Conflict between rule 123 and token LANDAND resolved as reduce (LANDAND < '|').
Conflict between rule 123 and token '|' resolved as reduce (%left '|').
Conflict between rule 123 and token '^' resolved as shift ('|' < '^').
Conflict between rule 123 and token '&' resolved as shift ('|' < '&').
Conflict between rule 123 and token LEQ resolved as shift ('|' < LEQ).
Conflict between rule 123 and token LNE resolved as shift ('|' < LNE).
Conflict between rule 123 and token '<' resolved as shift ('|' < '<').
Conflict between rule 123 and token '>' resolved as shift ('|' < '>').
Conflict between rule 123 and token LLE resolved as shift ('|' < LLE).
Conflict between rule 123 and token LGE resolved as shift ('|' < LGE).
Conflict between rule 123 and token LLSH resolved as shift ('|' < LLSH).
Conflict between rule 123 and token LRSH resolved as shift ('|' < LRSH).
Conflict between rule 123 and token '+' resolved as shift ('|' < '+').
Conflict between rule 123 and token '-' resolved as shift ('|' < '-').
Conflict between rule 123 and token '*' resolved as shift ('|' < '*').
Conflict between rule 123 and token '/' resolved as shift ('|' < '/').
Conflict between rule 123 and token '%' resolved as shift ('|' < '%').
State 248
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
122 | expr '^' expr . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, '?', ':', LOROR, LANDAND, '|', '^', ')', ']', '}']
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
'&' posunout a přejít do stavu 173
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 122 (expr)
Conflict between rule 122 and token '=' resolved as reduce ('=' < '^').
Conflict between rule 122 and token LPE resolved as reduce (LPE < '^').
Conflict between rule 122 and token LME resolved as reduce (LME < '^').
Conflict between rule 122 and token LMLE resolved as reduce (LMLE < '^').
Conflict between rule 122 and token LDVE resolved as reduce (LDVE < '^').
Conflict between rule 122 and token LMDE resolved as reduce (LMDE < '^').
Conflict between rule 122 and token LRSHE resolved as reduce (LRSHE < '^').
Conflict between rule 122 and token LLSHE resolved as reduce (LLSHE < '^').
Conflict between rule 122 and token LANDE resolved as reduce (LANDE < '^').
Conflict between rule 122 and token LXORE resolved as reduce (LXORE < '^').
Conflict between rule 122 and token LORE resolved as reduce (LORE < '^').
Conflict between rule 122 and token '?' resolved as reduce ('?' < '^').
Conflict between rule 122 and token LOROR resolved as reduce (LOROR < '^').
Conflict between rule 122 and token LANDAND resolved as reduce (LANDAND < '^').
Conflict between rule 122 and token '|' resolved as reduce ('|' < '^').
Conflict between rule 122 and token '^' resolved as reduce (%left '^').
Conflict between rule 122 and token '&' resolved as shift ('^' < '&').
Conflict between rule 122 and token LEQ resolved as shift ('^' < LEQ).
Conflict between rule 122 and token LNE resolved as shift ('^' < LNE).
Conflict between rule 122 and token '<' resolved as shift ('^' < '<').
Conflict between rule 122 and token '>' resolved as shift ('^' < '>').
Conflict between rule 122 and token LLE resolved as shift ('^' < LLE).
Conflict between rule 122 and token LGE resolved as shift ('^' < LGE).
Conflict between rule 122 and token LLSH resolved as shift ('^' < LLSH).
Conflict between rule 122 and token LRSH resolved as shift ('^' < LRSH).
Conflict between rule 122 and token '+' resolved as shift ('^' < '+').
Conflict between rule 122 and token '-' resolved as shift ('^' < '-').
Conflict between rule 122 and token '*' resolved as shift ('^' < '*').
Conflict between rule 122 and token '/' resolved as shift ('^' < '/').
Conflict between rule 122 and token '%' resolved as shift ('^' < '%').
State 249
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
121 | expr '&' expr . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, '?', ':', LOROR, LANDAND, '|', '^', '&', ')', ']', '}']
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 121 (expr)
Conflict between rule 121 and token '=' resolved as reduce ('=' < '&').
Conflict between rule 121 and token LPE resolved as reduce (LPE < '&').
Conflict between rule 121 and token LME resolved as reduce (LME < '&').
Conflict between rule 121 and token LMLE resolved as reduce (LMLE < '&').
Conflict between rule 121 and token LDVE resolved as reduce (LDVE < '&').
Conflict between rule 121 and token LMDE resolved as reduce (LMDE < '&').
Conflict between rule 121 and token LRSHE resolved as reduce (LRSHE < '&').
Conflict between rule 121 and token LLSHE resolved as reduce (LLSHE < '&').
Conflict between rule 121 and token LANDE resolved as reduce (LANDE < '&').
Conflict between rule 121 and token LXORE resolved as reduce (LXORE < '&').
Conflict between rule 121 and token LORE resolved as reduce (LORE < '&').
Conflict between rule 121 and token '?' resolved as reduce ('?' < '&').
Conflict between rule 121 and token LOROR resolved as reduce (LOROR < '&').
Conflict between rule 121 and token LANDAND resolved as reduce (LANDAND < '&').
Conflict between rule 121 and token '|' resolved as reduce ('|' < '&').
Conflict between rule 121 and token '^' resolved as reduce ('^' < '&').
Conflict between rule 121 and token '&' resolved as reduce (%left '&').
Conflict between rule 121 and token LEQ resolved as shift ('&' < LEQ).
Conflict between rule 121 and token LNE resolved as shift ('&' < LNE).
Conflict between rule 121 and token '<' resolved as shift ('&' < '<').
Conflict between rule 121 and token '>' resolved as shift ('&' < '>').
Conflict between rule 121 and token LLE resolved as shift ('&' < LLE).
Conflict between rule 121 and token LGE resolved as shift ('&' < LGE).
Conflict between rule 121 and token LLSH resolved as shift ('&' < LLSH).
Conflict between rule 121 and token LRSH resolved as shift ('&' < LRSH).
Conflict between rule 121 and token '+' resolved as shift ('&' < '+').
Conflict between rule 121 and token '-' resolved as shift ('&' < '-').
Conflict between rule 121 and token '*' resolved as shift ('&' < '*').
Conflict between rule 121 and token '/' resolved as shift ('&' < '/').
Conflict between rule 121 and token '%' resolved as shift ('&' < '%').
State 250
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
119 | expr LEQ expr . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, '?', ':', LOROR, LANDAND, '|', '^', '&', LEQ, LNE, ')', ']', '}']
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 119 (expr)
Conflict between rule 119 and token '=' resolved as reduce ('=' < LEQ).
Conflict between rule 119 and token LPE resolved as reduce (LPE < LEQ).
Conflict between rule 119 and token LME resolved as reduce (LME < LEQ).
Conflict between rule 119 and token LMLE resolved as reduce (LMLE < LEQ).
Conflict between rule 119 and token LDVE resolved as reduce (LDVE < LEQ).
Conflict between rule 119 and token LMDE resolved as reduce (LMDE < LEQ).
Conflict between rule 119 and token LRSHE resolved as reduce (LRSHE < LEQ).
Conflict between rule 119 and token LLSHE resolved as reduce (LLSHE < LEQ).
Conflict between rule 119 and token LANDE resolved as reduce (LANDE < LEQ).
Conflict between rule 119 and token LXORE resolved as reduce (LXORE < LEQ).
Conflict between rule 119 and token LORE resolved as reduce (LORE < LEQ).
Conflict between rule 119 and token '?' resolved as reduce ('?' < LEQ).
Conflict between rule 119 and token LOROR resolved as reduce (LOROR < LEQ).
Conflict between rule 119 and token LANDAND resolved as reduce (LANDAND < LEQ).
Conflict between rule 119 and token '|' resolved as reduce ('|' < LEQ).
Conflict between rule 119 and token '^' resolved as reduce ('^' < LEQ).
Conflict between rule 119 and token '&' resolved as reduce ('&' < LEQ).
Conflict between rule 119 and token LEQ resolved as reduce (%left LEQ).
Conflict between rule 119 and token LNE resolved as reduce (%left LNE).
Conflict between rule 119 and token '<' resolved as shift (LEQ < '<').
Conflict between rule 119 and token '>' resolved as shift (LEQ < '>').
Conflict between rule 119 and token LLE resolved as shift (LEQ < LLE).
Conflict between rule 119 and token LGE resolved as shift (LEQ < LGE).
Conflict between rule 119 and token LLSH resolved as shift (LEQ < LLSH).
Conflict between rule 119 and token LRSH resolved as shift (LEQ < LRSH).
Conflict between rule 119 and token '+' resolved as shift (LEQ < '+').
Conflict between rule 119 and token '-' resolved as shift (LEQ < '-').
Conflict between rule 119 and token '*' resolved as shift (LEQ < '*').
Conflict between rule 119 and token '/' resolved as shift (LEQ < '/').
Conflict between rule 119 and token '%' resolved as shift (LEQ < '%').
State 251
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
120 | expr LNE expr . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, '?', ':', LOROR, LANDAND, '|', '^', '&', LEQ, LNE, ')', ']', '}']
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 120 (expr)
Conflict between rule 120 and token '=' resolved as reduce ('=' < LNE).
Conflict between rule 120 and token LPE resolved as reduce (LPE < LNE).
Conflict between rule 120 and token LME resolved as reduce (LME < LNE).
Conflict between rule 120 and token LMLE resolved as reduce (LMLE < LNE).
Conflict between rule 120 and token LDVE resolved as reduce (LDVE < LNE).
Conflict between rule 120 and token LMDE resolved as reduce (LMDE < LNE).
Conflict between rule 120 and token LRSHE resolved as reduce (LRSHE < LNE).
Conflict between rule 120 and token LLSHE resolved as reduce (LLSHE < LNE).
Conflict between rule 120 and token LANDE resolved as reduce (LANDE < LNE).
Conflict between rule 120 and token LXORE resolved as reduce (LXORE < LNE).
Conflict between rule 120 and token LORE resolved as reduce (LORE < LNE).
Conflict between rule 120 and token '?' resolved as reduce ('?' < LNE).
Conflict between rule 120 and token LOROR resolved as reduce (LOROR < LNE).
Conflict between rule 120 and token LANDAND resolved as reduce (LANDAND < LNE).
Conflict between rule 120 and token '|' resolved as reduce ('|' < LNE).
Conflict between rule 120 and token '^' resolved as reduce ('^' < LNE).
Conflict between rule 120 and token '&' resolved as reduce ('&' < LNE).
Conflict between rule 120 and token LEQ resolved as reduce (%left LEQ).
Conflict between rule 120 and token LNE resolved as reduce (%left LNE).
Conflict between rule 120 and token '<' resolved as shift (LNE < '<').
Conflict between rule 120 and token '>' resolved as shift (LNE < '>').
Conflict between rule 120 and token LLE resolved as shift (LNE < LLE).
Conflict between rule 120 and token LGE resolved as shift (LNE < LGE).
Conflict between rule 120 and token LLSH resolved as shift (LNE < LLSH).
Conflict between rule 120 and token LRSH resolved as shift (LNE < LRSH).
Conflict between rule 120 and token '+' resolved as shift (LNE < '+').
Conflict between rule 120 and token '-' resolved as shift (LNE < '-').
Conflict between rule 120 and token '*' resolved as shift (LNE < '*').
Conflict between rule 120 and token '/' resolved as shift (LNE < '/').
Conflict between rule 120 and token '%' resolved as shift (LNE < '%').
State 252
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
115 | expr '<' expr . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, '?', ':', LOROR, LANDAND, '|', '^', '&', LEQ, LNE, '<', '>', LLE, LGE, ')', ']', '}']
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 115 (expr)
Conflict between rule 115 and token '=' resolved as reduce ('=' < '<').
Conflict between rule 115 and token LPE resolved as reduce (LPE < '<').
Conflict between rule 115 and token LME resolved as reduce (LME < '<').
Conflict between rule 115 and token LMLE resolved as reduce (LMLE < '<').
Conflict between rule 115 and token LDVE resolved as reduce (LDVE < '<').
Conflict between rule 115 and token LMDE resolved as reduce (LMDE < '<').
Conflict between rule 115 and token LRSHE resolved as reduce (LRSHE < '<').
Conflict between rule 115 and token LLSHE resolved as reduce (LLSHE < '<').
Conflict between rule 115 and token LANDE resolved as reduce (LANDE < '<').
Conflict between rule 115 and token LXORE resolved as reduce (LXORE < '<').
Conflict between rule 115 and token LORE resolved as reduce (LORE < '<').
Conflict between rule 115 and token '?' resolved as reduce ('?' < '<').
Conflict between rule 115 and token LOROR resolved as reduce (LOROR < '<').
Conflict between rule 115 and token LANDAND resolved as reduce (LANDAND < '<').
Conflict between rule 115 and token '|' resolved as reduce ('|' < '<').
Conflict between rule 115 and token '^' resolved as reduce ('^' < '<').
Conflict between rule 115 and token '&' resolved as reduce ('&' < '<').
Conflict between rule 115 and token LEQ resolved as reduce (LEQ < '<').
Conflict between rule 115 and token LNE resolved as reduce (LNE < '<').
Conflict between rule 115 and token '<' resolved as reduce (%left '<').
Conflict between rule 115 and token '>' resolved as reduce (%left '>').
Conflict between rule 115 and token LLE resolved as reduce (%left LLE).
Conflict between rule 115 and token LGE resolved as reduce (%left LGE).
Conflict between rule 115 and token LLSH resolved as shift ('<' < LLSH).
Conflict between rule 115 and token LRSH resolved as shift ('<' < LRSH).
Conflict between rule 115 and token '+' resolved as shift ('<' < '+').
Conflict between rule 115 and token '-' resolved as shift ('<' < '-').
Conflict between rule 115 and token '*' resolved as shift ('<' < '*').
Conflict between rule 115 and token '/' resolved as shift ('<' < '/').
Conflict between rule 115 and token '%' resolved as shift ('<' < '%').
State 253
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
116 | expr '>' expr . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, '?', ':', LOROR, LANDAND, '|', '^', '&', LEQ, LNE, '<', '>', LLE, LGE, ')', ']', '}']
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 116 (expr)
Conflict between rule 116 and token '=' resolved as reduce ('=' < '>').
Conflict between rule 116 and token LPE resolved as reduce (LPE < '>').
Conflict between rule 116 and token LME resolved as reduce (LME < '>').
Conflict between rule 116 and token LMLE resolved as reduce (LMLE < '>').
Conflict between rule 116 and token LDVE resolved as reduce (LDVE < '>').
Conflict between rule 116 and token LMDE resolved as reduce (LMDE < '>').
Conflict between rule 116 and token LRSHE resolved as reduce (LRSHE < '>').
Conflict between rule 116 and token LLSHE resolved as reduce (LLSHE < '>').
Conflict between rule 116 and token LANDE resolved as reduce (LANDE < '>').
Conflict between rule 116 and token LXORE resolved as reduce (LXORE < '>').
Conflict between rule 116 and token LORE resolved as reduce (LORE < '>').
Conflict between rule 116 and token '?' resolved as reduce ('?' < '>').
Conflict between rule 116 and token LOROR resolved as reduce (LOROR < '>').
Conflict between rule 116 and token LANDAND resolved as reduce (LANDAND < '>').
Conflict between rule 116 and token '|' resolved as reduce ('|' < '>').
Conflict between rule 116 and token '^' resolved as reduce ('^' < '>').
Conflict between rule 116 and token '&' resolved as reduce ('&' < '>').
Conflict between rule 116 and token LEQ resolved as reduce (LEQ < '>').
Conflict between rule 116 and token LNE resolved as reduce (LNE < '>').
Conflict between rule 116 and token '<' resolved as reduce (%left '<').
Conflict between rule 116 and token '>' resolved as reduce (%left '>').
Conflict between rule 116 and token LLE resolved as reduce (%left LLE).
Conflict between rule 116 and token LGE resolved as reduce (%left LGE).
Conflict between rule 116 and token LLSH resolved as shift ('>' < LLSH).
Conflict between rule 116 and token LRSH resolved as shift ('>' < LRSH).
Conflict between rule 116 and token '+' resolved as shift ('>' < '+').
Conflict between rule 116 and token '-' resolved as shift ('>' < '-').
Conflict between rule 116 and token '*' resolved as shift ('>' < '*').
Conflict between rule 116 and token '/' resolved as shift ('>' < '/').
Conflict between rule 116 and token '%' resolved as shift ('>' < '%').
State 254
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
117 | expr LLE expr . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, '?', ':', LOROR, LANDAND, '|', '^', '&', LEQ, LNE, '<', '>', LLE, LGE, ')', ']', '}']
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 117 (expr)
Conflict between rule 117 and token '=' resolved as reduce ('=' < LLE).
Conflict between rule 117 and token LPE resolved as reduce (LPE < LLE).
Conflict between rule 117 and token LME resolved as reduce (LME < LLE).
Conflict between rule 117 and token LMLE resolved as reduce (LMLE < LLE).
Conflict between rule 117 and token LDVE resolved as reduce (LDVE < LLE).
Conflict between rule 117 and token LMDE resolved as reduce (LMDE < LLE).
Conflict between rule 117 and token LRSHE resolved as reduce (LRSHE < LLE).
Conflict between rule 117 and token LLSHE resolved as reduce (LLSHE < LLE).
Conflict between rule 117 and token LANDE resolved as reduce (LANDE < LLE).
Conflict between rule 117 and token LXORE resolved as reduce (LXORE < LLE).
Conflict between rule 117 and token LORE resolved as reduce (LORE < LLE).
Conflict between rule 117 and token '?' resolved as reduce ('?' < LLE).
Conflict between rule 117 and token LOROR resolved as reduce (LOROR < LLE).
Conflict between rule 117 and token LANDAND resolved as reduce (LANDAND < LLE).
Conflict between rule 117 and token '|' resolved as reduce ('|' < LLE).
Conflict between rule 117 and token '^' resolved as reduce ('^' < LLE).
Conflict between rule 117 and token '&' resolved as reduce ('&' < LLE).
Conflict between rule 117 and token LEQ resolved as reduce (LEQ < LLE).
Conflict between rule 117 and token LNE resolved as reduce (LNE < LLE).
Conflict between rule 117 and token '<' resolved as reduce (%left '<').
Conflict between rule 117 and token '>' resolved as reduce (%left '>').
Conflict between rule 117 and token LLE resolved as reduce (%left LLE).
Conflict between rule 117 and token LGE resolved as reduce (%left LGE).
Conflict between rule 117 and token LLSH resolved as shift (LLE < LLSH).
Conflict between rule 117 and token LRSH resolved as shift (LLE < LRSH).
Conflict between rule 117 and token '+' resolved as shift (LLE < '+').
Conflict between rule 117 and token '-' resolved as shift (LLE < '-').
Conflict between rule 117 and token '*' resolved as shift (LLE < '*').
Conflict between rule 117 and token '/' resolved as shift (LLE < '/').
Conflict between rule 117 and token '%' resolved as shift (LLE < '%').
State 255
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
118 | expr LGE expr . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, '?', ':', LOROR, LANDAND, '|', '^', '&', LEQ, LNE, '<', '>', LLE, LGE, ')', ']', '}']
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 118 (expr)
Conflict between rule 118 and token '=' resolved as reduce ('=' < LGE).
Conflict between rule 118 and token LPE resolved as reduce (LPE < LGE).
Conflict between rule 118 and token LME resolved as reduce (LME < LGE).
Conflict between rule 118 and token LMLE resolved as reduce (LMLE < LGE).
Conflict between rule 118 and token LDVE resolved as reduce (LDVE < LGE).
Conflict between rule 118 and token LMDE resolved as reduce (LMDE < LGE).
Conflict between rule 118 and token LRSHE resolved as reduce (LRSHE < LGE).
Conflict between rule 118 and token LLSHE resolved as reduce (LLSHE < LGE).
Conflict between rule 118 and token LANDE resolved as reduce (LANDE < LGE).
Conflict between rule 118 and token LXORE resolved as reduce (LXORE < LGE).
Conflict between rule 118 and token LORE resolved as reduce (LORE < LGE).
Conflict between rule 118 and token '?' resolved as reduce ('?' < LGE).
Conflict between rule 118 and token LOROR resolved as reduce (LOROR < LGE).
Conflict between rule 118 and token LANDAND resolved as reduce (LANDAND < LGE).
Conflict between rule 118 and token '|' resolved as reduce ('|' < LGE).
Conflict between rule 118 and token '^' resolved as reduce ('^' < LGE).
Conflict between rule 118 and token '&' resolved as reduce ('&' < LGE).
Conflict between rule 118 and token LEQ resolved as reduce (LEQ < LGE).
Conflict between rule 118 and token LNE resolved as reduce (LNE < LGE).
Conflict between rule 118 and token '<' resolved as reduce (%left '<').
Conflict between rule 118 and token '>' resolved as reduce (%left '>').
Conflict between rule 118 and token LLE resolved as reduce (%left LLE).
Conflict between rule 118 and token LGE resolved as reduce (%left LGE).
Conflict between rule 118 and token LLSH resolved as shift (LGE < LLSH).
Conflict between rule 118 and token LRSH resolved as shift (LGE < LRSH).
Conflict between rule 118 and token '+' resolved as shift (LGE < '+').
Conflict between rule 118 and token '-' resolved as shift (LGE < '-').
Conflict between rule 118 and token '*' resolved as shift (LGE < '*').
Conflict between rule 118 and token '/' resolved as shift (LGE < '/').
Conflict between rule 118 and token '%' resolved as shift (LGE < '%').
State 256
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
114 | expr LLSH expr . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, '?', ':', LOROR, LANDAND, '|', '^', '&', LEQ, LNE, '<', '>', LLE, LGE, LLSH, LRSH, ')', ']', '}']
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 114 (expr)
Conflict between rule 114 and token '=' resolved as reduce ('=' < LLSH).
Conflict between rule 114 and token LPE resolved as reduce (LPE < LLSH).
Conflict between rule 114 and token LME resolved as reduce (LME < LLSH).
Conflict between rule 114 and token LMLE resolved as reduce (LMLE < LLSH).
Conflict between rule 114 and token LDVE resolved as reduce (LDVE < LLSH).
Conflict between rule 114 and token LMDE resolved as reduce (LMDE < LLSH).
Conflict between rule 114 and token LRSHE resolved as reduce (LRSHE < LLSH).
Conflict between rule 114 and token LLSHE resolved as reduce (LLSHE < LLSH).
Conflict between rule 114 and token LANDE resolved as reduce (LANDE < LLSH).
Conflict between rule 114 and token LXORE resolved as reduce (LXORE < LLSH).
Conflict between rule 114 and token LORE resolved as reduce (LORE < LLSH).
Conflict between rule 114 and token '?' resolved as reduce ('?' < LLSH).
Conflict between rule 114 and token LOROR resolved as reduce (LOROR < LLSH).
Conflict between rule 114 and token LANDAND resolved as reduce (LANDAND < LLSH).
Conflict between rule 114 and token '|' resolved as reduce ('|' < LLSH).
Conflict between rule 114 and token '^' resolved as reduce ('^' < LLSH).
Conflict between rule 114 and token '&' resolved as reduce ('&' < LLSH).
Conflict between rule 114 and token LEQ resolved as reduce (LEQ < LLSH).
Conflict between rule 114 and token LNE resolved as reduce (LNE < LLSH).
Conflict between rule 114 and token '<' resolved as reduce ('<' < LLSH).
Conflict between rule 114 and token '>' resolved as reduce ('>' < LLSH).
Conflict between rule 114 and token LLE resolved as reduce (LLE < LLSH).
Conflict between rule 114 and token LGE resolved as reduce (LGE < LLSH).
Conflict between rule 114 and token LLSH resolved as reduce (%left LLSH).
Conflict between rule 114 and token LRSH resolved as reduce (%left LRSH).
Conflict between rule 114 and token '+' resolved as shift (LLSH < '+').
Conflict between rule 114 and token '-' resolved as shift (LLSH < '-').
Conflict between rule 114 and token '*' resolved as shift (LLSH < '*').
Conflict between rule 114 and token '/' resolved as shift (LLSH < '/').
Conflict between rule 114 and token '%' resolved as shift (LLSH < '%').
State 257
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
113 | expr LRSH expr . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, '?', ':', LOROR, LANDAND, '|', '^', '&', LEQ, LNE, '<', '>', LLE, LGE, LLSH, LRSH, ')', ']', '}']
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 113 (expr)
Conflict between rule 113 and token '=' resolved as reduce ('=' < LRSH).
Conflict between rule 113 and token LPE resolved as reduce (LPE < LRSH).
Conflict between rule 113 and token LME resolved as reduce (LME < LRSH).
Conflict between rule 113 and token LMLE resolved as reduce (LMLE < LRSH).
Conflict between rule 113 and token LDVE resolved as reduce (LDVE < LRSH).
Conflict between rule 113 and token LMDE resolved as reduce (LMDE < LRSH).
Conflict between rule 113 and token LRSHE resolved as reduce (LRSHE < LRSH).
Conflict between rule 113 and token LLSHE resolved as reduce (LLSHE < LRSH).
Conflict between rule 113 and token LANDE resolved as reduce (LANDE < LRSH).
Conflict between rule 113 and token LXORE resolved as reduce (LXORE < LRSH).
Conflict between rule 113 and token LORE resolved as reduce (LORE < LRSH).
Conflict between rule 113 and token '?' resolved as reduce ('?' < LRSH).
Conflict between rule 113 and token LOROR resolved as reduce (LOROR < LRSH).
Conflict between rule 113 and token LANDAND resolved as reduce (LANDAND < LRSH).
Conflict between rule 113 and token '|' resolved as reduce ('|' < LRSH).
Conflict between rule 113 and token '^' resolved as reduce ('^' < LRSH).
Conflict between rule 113 and token '&' resolved as reduce ('&' < LRSH).
Conflict between rule 113 and token LEQ resolved as reduce (LEQ < LRSH).
Conflict between rule 113 and token LNE resolved as reduce (LNE < LRSH).
Conflict between rule 113 and token '<' resolved as reduce ('<' < LRSH).
Conflict between rule 113 and token '>' resolved as reduce ('>' < LRSH).
Conflict between rule 113 and token LLE resolved as reduce (LLE < LRSH).
Conflict between rule 113 and token LGE resolved as reduce (LGE < LRSH).
Conflict between rule 113 and token LLSH resolved as reduce (%left LLSH).
Conflict between rule 113 and token LRSH resolved as reduce (%left LRSH).
Conflict between rule 113 and token '+' resolved as shift (LRSH < '+').
Conflict between rule 113 and token '-' resolved as shift (LRSH < '-').
Conflict between rule 113 and token '*' resolved as shift (LRSH < '*').
Conflict between rule 113 and token '/' resolved as shift (LRSH < '/').
Conflict between rule 113 and token '%' resolved as shift (LRSH < '%').
State 258
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
111 | expr '+' expr . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, '?', ':', LOROR, LANDAND, '|', '^', '&', LEQ, LNE, '<', '>', LLE, LGE, LLSH, LRSH, '+', '-', ')', ']', '}']
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 111 (expr)
Conflict between rule 111 and token '=' resolved as reduce ('=' < '+').
Conflict between rule 111 and token LPE resolved as reduce (LPE < '+').
Conflict between rule 111 and token LME resolved as reduce (LME < '+').
Conflict between rule 111 and token LMLE resolved as reduce (LMLE < '+').
Conflict between rule 111 and token LDVE resolved as reduce (LDVE < '+').
Conflict between rule 111 and token LMDE resolved as reduce (LMDE < '+').
Conflict between rule 111 and token LRSHE resolved as reduce (LRSHE < '+').
Conflict between rule 111 and token LLSHE resolved as reduce (LLSHE < '+').
Conflict between rule 111 and token LANDE resolved as reduce (LANDE < '+').
Conflict between rule 111 and token LXORE resolved as reduce (LXORE < '+').
Conflict between rule 111 and token LORE resolved as reduce (LORE < '+').
Conflict between rule 111 and token '?' resolved as reduce ('?' < '+').
Conflict between rule 111 and token LOROR resolved as reduce (LOROR < '+').
Conflict between rule 111 and token LANDAND resolved as reduce (LANDAND < '+').
Conflict between rule 111 and token '|' resolved as reduce ('|' < '+').
Conflict between rule 111 and token '^' resolved as reduce ('^' < '+').
Conflict between rule 111 and token '&' resolved as reduce ('&' < '+').
Conflict between rule 111 and token LEQ resolved as reduce (LEQ < '+').
Conflict between rule 111 and token LNE resolved as reduce (LNE < '+').
Conflict between rule 111 and token '<' resolved as reduce ('<' < '+').
Conflict between rule 111 and token '>' resolved as reduce ('>' < '+').
Conflict between rule 111 and token LLE resolved as reduce (LLE < '+').
Conflict between rule 111 and token LGE resolved as reduce (LGE < '+').
Conflict between rule 111 and token LLSH resolved as reduce (LLSH < '+').
Conflict between rule 111 and token LRSH resolved as reduce (LRSH < '+').
Conflict between rule 111 and token '+' resolved as reduce (%left '+').
Conflict between rule 111 and token '-' resolved as reduce (%left '-').
Conflict between rule 111 and token '*' resolved as shift ('+' < '*').
Conflict between rule 111 and token '/' resolved as shift ('+' < '/').
Conflict between rule 111 and token '%' resolved as shift ('+' < '%').
State 259
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
112 | expr '-' expr . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, '?', ':', LOROR, LANDAND, '|', '^', '&', LEQ, LNE, '<', '>', LLE, LGE, LLSH, LRSH, '+', '-', ')', ']', '}']
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 112 (expr)
Conflict between rule 112 and token '=' resolved as reduce ('=' < '-').
Conflict between rule 112 and token LPE resolved as reduce (LPE < '-').
Conflict between rule 112 and token LME resolved as reduce (LME < '-').
Conflict between rule 112 and token LMLE resolved as reduce (LMLE < '-').
Conflict between rule 112 and token LDVE resolved as reduce (LDVE < '-').
Conflict between rule 112 and token LMDE resolved as reduce (LMDE < '-').
Conflict between rule 112 and token LRSHE resolved as reduce (LRSHE < '-').
Conflict between rule 112 and token LLSHE resolved as reduce (LLSHE < '-').
Conflict between rule 112 and token LANDE resolved as reduce (LANDE < '-').
Conflict between rule 112 and token LXORE resolved as reduce (LXORE < '-').
Conflict between rule 112 and token LORE resolved as reduce (LORE < '-').
Conflict between rule 112 and token '?' resolved as reduce ('?' < '-').
Conflict between rule 112 and token LOROR resolved as reduce (LOROR < '-').
Conflict between rule 112 and token LANDAND resolved as reduce (LANDAND < '-').
Conflict between rule 112 and token '|' resolved as reduce ('|' < '-').
Conflict between rule 112 and token '^' resolved as reduce ('^' < '-').
Conflict between rule 112 and token '&' resolved as reduce ('&' < '-').
Conflict between rule 112 and token LEQ resolved as reduce (LEQ < '-').
Conflict between rule 112 and token LNE resolved as reduce (LNE < '-').
Conflict between rule 112 and token '<' resolved as reduce ('<' < '-').
Conflict between rule 112 and token '>' resolved as reduce ('>' < '-').
Conflict between rule 112 and token LLE resolved as reduce (LLE < '-').
Conflict between rule 112 and token LGE resolved as reduce (LGE < '-').
Conflict between rule 112 and token LLSH resolved as reduce (LLSH < '-').
Conflict between rule 112 and token LRSH resolved as reduce (LRSH < '-').
Conflict between rule 112 and token '+' resolved as reduce (%left '+').
Conflict between rule 112 and token '-' resolved as reduce (%left '-').
Conflict between rule 112 and token '*' resolved as shift ('-' < '*').
Conflict between rule 112 and token '/' resolved as shift ('-' < '/').
Conflict between rule 112 and token '%' resolved as shift ('-' < '%').
State 260
108 expr: expr . '*' expr
108 | expr '*' expr . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, '?', ':', LOROR, LANDAND, '|', '^', '&', LEQ, LNE, '<', '>', LLE, LGE, LLSH, LRSH, '+', '-', '*', '/', '%', ')', ']', '}']
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
$výchozí reduce using rule 108 (expr)
Conflict between rule 108 and token '=' resolved as reduce ('=' < '*').
Conflict between rule 108 and token LPE resolved as reduce (LPE < '*').
Conflict between rule 108 and token LME resolved as reduce (LME < '*').
Conflict between rule 108 and token LMLE resolved as reduce (LMLE < '*').
Conflict between rule 108 and token LDVE resolved as reduce (LDVE < '*').
Conflict between rule 108 and token LMDE resolved as reduce (LMDE < '*').
Conflict between rule 108 and token LRSHE resolved as reduce (LRSHE < '*').
Conflict between rule 108 and token LLSHE resolved as reduce (LLSHE < '*').
Conflict between rule 108 and token LANDE resolved as reduce (LANDE < '*').
Conflict between rule 108 and token LXORE resolved as reduce (LXORE < '*').
Conflict between rule 108 and token LORE resolved as reduce (LORE < '*').
Conflict between rule 108 and token '?' resolved as reduce ('?' < '*').
Conflict between rule 108 and token LOROR resolved as reduce (LOROR < '*').
Conflict between rule 108 and token LANDAND resolved as reduce (LANDAND < '*').
Conflict between rule 108 and token '|' resolved as reduce ('|' < '*').
Conflict between rule 108 and token '^' resolved as reduce ('^' < '*').
Conflict between rule 108 and token '&' resolved as reduce ('&' < '*').
Conflict between rule 108 and token LEQ resolved as reduce (LEQ < '*').
Conflict between rule 108 and token LNE resolved as reduce (LNE < '*').
Conflict between rule 108 and token '<' resolved as reduce ('<' < '*').
Conflict between rule 108 and token '>' resolved as reduce ('>' < '*').
Conflict between rule 108 and token LLE resolved as reduce (LLE < '*').
Conflict between rule 108 and token LGE resolved as reduce (LGE < '*').
Conflict between rule 108 and token LLSH resolved as reduce (LLSH < '*').
Conflict between rule 108 and token LRSH resolved as reduce (LRSH < '*').
Conflict between rule 108 and token '+' resolved as reduce ('+' < '*').
Conflict between rule 108 and token '-' resolved as reduce ('-' < '*').
Conflict between rule 108 and token '*' resolved as reduce (%left '*').
Conflict between rule 108 and token '/' resolved as reduce (%left '/').
Conflict between rule 108 and token '%' resolved as reduce (%left '%').
State 261
108 expr: expr . '*' expr
109 | expr . '/' expr
109 | expr '/' expr . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, '?', ':', LOROR, LANDAND, '|', '^', '&', LEQ, LNE, '<', '>', LLE, LGE, LLSH, LRSH, '+', '-', '*', '/', '%', ')', ']', '}']
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
$výchozí reduce using rule 109 (expr)
Conflict between rule 109 and token '=' resolved as reduce ('=' < '/').
Conflict between rule 109 and token LPE resolved as reduce (LPE < '/').
Conflict between rule 109 and token LME resolved as reduce (LME < '/').
Conflict between rule 109 and token LMLE resolved as reduce (LMLE < '/').
Conflict between rule 109 and token LDVE resolved as reduce (LDVE < '/').
Conflict between rule 109 and token LMDE resolved as reduce (LMDE < '/').
Conflict between rule 109 and token LRSHE resolved as reduce (LRSHE < '/').
Conflict between rule 109 and token LLSHE resolved as reduce (LLSHE < '/').
Conflict between rule 109 and token LANDE resolved as reduce (LANDE < '/').
Conflict between rule 109 and token LXORE resolved as reduce (LXORE < '/').
Conflict between rule 109 and token LORE resolved as reduce (LORE < '/').
Conflict between rule 109 and token '?' resolved as reduce ('?' < '/').
Conflict between rule 109 and token LOROR resolved as reduce (LOROR < '/').
Conflict between rule 109 and token LANDAND resolved as reduce (LANDAND < '/').
Conflict between rule 109 and token '|' resolved as reduce ('|' < '/').
Conflict between rule 109 and token '^' resolved as reduce ('^' < '/').
Conflict between rule 109 and token '&' resolved as reduce ('&' < '/').
Conflict between rule 109 and token LEQ resolved as reduce (LEQ < '/').
Conflict between rule 109 and token LNE resolved as reduce (LNE < '/').
Conflict between rule 109 and token '<' resolved as reduce ('<' < '/').
Conflict between rule 109 and token '>' resolved as reduce ('>' < '/').
Conflict between rule 109 and token LLE resolved as reduce (LLE < '/').
Conflict between rule 109 and token LGE resolved as reduce (LGE < '/').
Conflict between rule 109 and token LLSH resolved as reduce (LLSH < '/').
Conflict between rule 109 and token LRSH resolved as reduce (LRSH < '/').
Conflict between rule 109 and token '+' resolved as reduce ('+' < '/').
Conflict between rule 109 and token '-' resolved as reduce ('-' < '/').
Conflict between rule 109 and token '*' resolved as reduce (%left '*').
Conflict between rule 109 and token '/' resolved as reduce (%left '/').
Conflict between rule 109 and token '%' resolved as reduce (%left '%').
State 262
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
110 | expr '%' expr . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, '?', ':', LOROR, LANDAND, '|', '^', '&', LEQ, LNE, '<', '>', LLE, LGE, LLSH, LRSH, '+', '-', '*', '/', '%', ')', ']', '}']
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
$výchozí reduce using rule 110 (expr)
Conflict between rule 110 and token '=' resolved as reduce ('=' < '%').
Conflict between rule 110 and token LPE resolved as reduce (LPE < '%').
Conflict between rule 110 and token LME resolved as reduce (LME < '%').
Conflict between rule 110 and token LMLE resolved as reduce (LMLE < '%').
Conflict between rule 110 and token LDVE resolved as reduce (LDVE < '%').
Conflict between rule 110 and token LMDE resolved as reduce (LMDE < '%').
Conflict between rule 110 and token LRSHE resolved as reduce (LRSHE < '%').
Conflict between rule 110 and token LLSHE resolved as reduce (LLSHE < '%').
Conflict between rule 110 and token LANDE resolved as reduce (LANDE < '%').
Conflict between rule 110 and token LXORE resolved as reduce (LXORE < '%').
Conflict between rule 110 and token LORE resolved as reduce (LORE < '%').
Conflict between rule 110 and token '?' resolved as reduce ('?' < '%').
Conflict between rule 110 and token LOROR resolved as reduce (LOROR < '%').
Conflict between rule 110 and token LANDAND resolved as reduce (LANDAND < '%').
Conflict between rule 110 and token '|' resolved as reduce ('|' < '%').
Conflict between rule 110 and token '^' resolved as reduce ('^' < '%').
Conflict between rule 110 and token '&' resolved as reduce ('&' < '%').
Conflict between rule 110 and token LEQ resolved as reduce (LEQ < '%').
Conflict between rule 110 and token LNE resolved as reduce (LNE < '%').
Conflict between rule 110 and token '<' resolved as reduce ('<' < '%').
Conflict between rule 110 and token '>' resolved as reduce ('>' < '%').
Conflict between rule 110 and token LLE resolved as reduce (LLE < '%').
Conflict between rule 110 and token LGE resolved as reduce (LGE < '%').
Conflict between rule 110 and token LLSH resolved as reduce (LLSH < '%').
Conflict between rule 110 and token LRSH resolved as reduce (LRSH < '%').
Conflict between rule 110 and token '+' resolved as reduce ('+' < '%').
Conflict between rule 110 and token '-' resolved as reduce ('-' < '%').
Conflict between rule 110 and token '*' resolved as reduce (%left '*').
Conflict between rule 110 and token '/' resolved as reduce (%left '/').
Conflict between rule 110 and token '%' resolved as reduce (%left '%').
State 263
157 pexpr: pexpr LMG ltag .
$výchozí reduce using rule 157 (pexpr)
State 264
158 pexpr: pexpr '.' ltag .
$výchozí reduce using rule 158 (pexpr)
State 265
106 cexpr: cexpr . ',' cexpr
156 pexpr: pexpr '[' cexpr . ']'
',' posunout a přejít do stavu 226
']' posunout a přejít do stavu 299
State 266
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
178 elist: expr . [',', ')']
'=' posunout a přejít do stavu 157
LPE posunout a přejít do stavu 158
LME posunout a přejít do stavu 159
LMLE posunout a přejít do stavu 160
LDVE posunout a přejít do stavu 161
LMDE posunout a přejít do stavu 162
LRSHE posunout a přejít do stavu 163
LLSHE posunout a přejít do stavu 164
LANDE posunout a přejít do stavu 165
LXORE posunout a přejít do stavu 166
LORE posunout a přejít do stavu 167
'?' posunout a přejít do stavu 168
LOROR posunout a přejít do stavu 169
LANDAND posunout a přejít do stavu 170
'|' posunout a přejít do stavu 171
'^' posunout a přejít do stavu 172
'&' posunout a přejít do stavu 173
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 178 (elist)
State 267
155 pexpr: pexpr '(' zelist . ')'
')' posunout a přejít do stavu 300
State 268
177 zelist: elist . [')']
179 elist: elist . ',' elist
',' posunout a přejít do stavu 301
$výchozí reduce using rule 177 (zelist)
State 269
67 arglist: '.' '.' '.' .
$výchozí reduce using rule 67 (arglist)
State 270
68 arglist: arglist . ',' arglist
68 | arglist ',' arglist . [',', ')']
$výchozí reduce using rule 68 (arglist)
Conflict between rule 68 and token ',' resolved as reduce (%left ',').
State 271
12 xdecor: . xdecor2
13 | . '*' zgnlist xdecor
13 | '*' zgnlist . xdecor
14 xdecor2: . tag
15 | . '(' xdecor ')'
16 | . xdecor2 '(' zarglist ')'
17 | . xdecor2 '[' zexpr ']'
41 abdecor1: . '*' zgnlist
41 | '*' zgnlist . [',', ')']
42 | . '*' zgnlist abdecor1
42 | '*' zgnlist . abdecor1
43 | . abdecor2
44 abdecor2: . abdecor3
45 | . abdecor2 '(' zarglist ')'
46 | . abdecor2 '[' zexpr ']'
47 abdecor3: . '(' ')'
48 | . '[' zexpr ']'
49 | . '(' abdecor1 ')'
212 zgnlist: zgnlist . gname
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
244 tag: . ltag
245 ltag: . LNAME
246 | . LTYPE
'*' posunout a přejít do stavu 198
'[' posunout a přejít do stavu 199
'(' posunout a přejít do stavu 200
LNAME posunout a přejít do stavu 36
LTYPE posunout a přejít do stavu 37
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LRESTRICT posunout a přejít do stavu 24
$výchozí reduce using rule 41 (abdecor1)
xdecor přejít do stavu 86
xdecor2 přejít do stavu 50
abdecor1 přejít do stavu 302
abdecor2 přejít do stavu 204
abdecor3 přejít do stavu 205
gname přejít do stavu 87
tag přejít do stavu 51
ltag přejít do stavu 52
State 272
48 abdecor3: '[' zexpr . ']'
']' posunout a přejít do stavu 303
State 273
47 abdecor3: '(' ')' .
$výchozí reduce using rule 47 (abdecor3)
State 274
49 abdecor3: '(' abdecor1 . ')'
')' posunout a přejít do stavu 304
State 275
46 abdecor2: abdecor2 '[' . zexpr ']'
102 zexpr: . %empty [']']
103 | . lexpr
104 lexpr: . expr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
$výchozí reduce using rule 102 (zexpr)
zexpr přejít do stavu 305
lexpr přejít do stavu 116
expr přejít do stavu 117
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 276
45 abdecor2: abdecor2 '(' . zarglist ')'
62 zarglist: . %empty [')']
63 | . arglist
64 arglist: . name
65 | . tlist abdecor
66 | . tlist xdecor
67 | . '.' '.' '.'
68 | . arglist ',' arglist
184 types: . complex
185 | . tname
186 | . gcnlist
187 | . complex gctnlist
188 | . tname gctnlist
189 | . gcnlist complex zgnlist
190 | . gcnlist tname
191 | . gcnlist tname gctnlist
192 tlist: . types
194 complex: . LSTRUCT ltag
196 | . LSTRUCT ltag $@10 sbody
197 | . LSTRUCT sbody
198 | . LUNION ltag
200 | . LUNION ltag $@11 sbody
201 | . LUNION sbody
202 | . LENUM ltag
205 | . LENUM ltag $@12 '{' $@13 enum '}'
207 | . LENUM '{' $@14 enum '}'
208 | . LTYPE
216 gcnlist: . gcname
217 | . gcnlist gcname
218 gcname: . gname
219 | . cname
224 tname: . LCHAR
225 | . LSHORT
226 | . LINT
227 | . LLONG
228 | . LSIGNED
229 | . LUNSIGNED
230 | . LFLOAT
231 | . LDOUBLE
232 | . LVOID
233 cname: . LAUTO
234 | . LSTATIC
235 | . LEXTERN
236 | . LTYPEDEF
237 | . LTYPESTR
238 | . LREGISTER
239 | . LINLINE
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
243 name: . LNAME
'.' posunout a přejít do stavu 124
LNAME posunout a přejít do stavu 100
LTYPE posunout a přejít do stavu 3
LAUTO posunout a přejít do stavu 4
LCHAR posunout a přejít do stavu 5
LDOUBLE posunout a přejít do stavu 6
LEXTERN posunout a přejít do stavu 7
LFLOAT posunout a přejít do stavu 8
LINT posunout a přejít do stavu 9
LLONG posunout a přejít do stavu 10
LREGISTER posunout a přejít do stavu 11
LSHORT posunout a přejít do stavu 12
LSTATIC posunout a přejít do stavu 13
LSTRUCT posunout a přejít do stavu 14
LTYPEDEF posunout a přejít do stavu 15
LTYPESTR posunout a přejít do stavu 16
LUNION posunout a přejít do stavu 17
LUNSIGNED posunout a přejít do stavu 18
LVOID posunout a přejít do stavu 19
LENUM posunout a přejít do stavu 20
LSIGNED posunout a přejít do stavu 21
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LRESTRICT posunout a přejít do stavu 24
LINLINE posunout a přejít do stavu 25
$výchozí reduce using rule 62 (zarglist)
zarglist přejít do stavu 306
arglist přejít do stavu 126
types přejít do stavu 79
tlist přejít do stavu 127
complex přejít do stavu 30
gcnlist přejít do stavu 31
gcname přejít do stavu 32
tname přejít do stavu 33
cname přejít do stavu 34
gname přejít do stavu 35
name přejít do stavu 128
State 277
31 edecl: edecl tlist $@6 zedlist . ';'
';' posunout a přejít do stavu 307
State 278
38 edecor: ':' lexpr .
$výchozí reduce using rule 38 (edecor)
State 279
29 edecl: tlist $@5 zedlist ';' .
$výchozí reduce using rule 29 (edecl)
State 280
12 xdecor: . xdecor2
13 | . '*' zgnlist xdecor
14 xdecor2: . tag
15 | . '(' xdecor ')'
16 | . xdecor2 '(' zarglist ')'
17 | . xdecor2 '[' zexpr ']'
34 edlist: . edecor
35 | . edlist ',' edlist
35 | edlist ',' . edlist
36 edecor: . xdecor
37 | . tag ':' lexpr
38 | . ':' lexpr
244 tag: . ltag
245 ltag: . LNAME
246 | . LTYPE
':' posunout a přejít do stavu 207
'*' posunout a přejít do stavu 46
'(' posunout a přejít do stavu 47
LNAME posunout a přejít do stavu 36
LTYPE posunout a přejít do stavu 37
xdecor přejít do stavu 208
xdecor2 přejít do stavu 50
edlist přejít do stavu 308
edecor přejít do stavu 211
tag přejít do stavu 212
ltag přejít do stavu 52
State 281
37 edecor: tag ':' . lexpr
104 lexpr: . expr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
lexpr přejít do stavu 309
expr přejít do stavu 117
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 282
205 complex: LENUM ltag $@12 '{' $@13 enum '}' .
$výchozí reduce using rule 205 (complex)
State 283
18 adecl: . ctlist ';'
19 | . ctlist adlist ';'
69 block: '{' slist . '}'
71 slist: slist . adecl
72 | slist . stmnt
73 labels: . label
74 | . labels label
75 label: . LCASE expr ':'
76 | . LDEFAULT ':'
77 | . LNAME ':'
78 stmnt: . error ';'
79 | . ulstmnt
80 | . labels ulstmnt
83 ulstmnt: . zcexpr ';'
84 $@7: . %empty ['{']
85 ulstmnt: . $@7 block
86 | . LIF '(' cexpr ')' stmnt
87 | . LIF '(' cexpr ')' stmnt LELSE stmnt
88 $@8: . %empty [LFOR]
89 ulstmnt: . $@8 LFOR '(' forexpr ';' zcexpr ';' zcexpr ')' stmnt
90 | . LWHILE '(' cexpr ')' stmnt
91 | . LDO stmnt LWHILE '(' cexpr ')' ';'
92 | . LRETURN zcexpr ';'
93 | . LSWITCH '(' cexpr ')' stmnt
94 | . LBREAK ';'
95 | . LCONTINUE ';'
96 | . LGOTO ltag ';'
97 | . LUSED '(' zelist ')' ';'
98 | . LPREFETCH '(' zelist ')' ';'
99 | . LSET '(' zelist ')' ';'
100 zcexpr: . %empty [';']
101 | . cexpr
105 cexpr: . expr
106 | . cexpr ',' cexpr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
184 types: . complex
185 | . tname
186 | . gcnlist
187 | . complex gctnlist
188 | . tname gctnlist
189 | . gcnlist complex zgnlist
190 | . gcnlist tname
191 | . gcnlist tname gctnlist
193 ctlist: . types
194 complex: . LSTRUCT ltag
196 | . LSTRUCT ltag $@10 sbody
197 | . LSTRUCT sbody
198 | . LUNION ltag
200 | . LUNION ltag $@11 sbody
201 | . LUNION sbody
202 | . LENUM ltag
205 | . LENUM ltag $@12 '{' $@13 enum '}'
207 | . LENUM '{' $@14 enum '}'
208 | . LTYPE
216 gcnlist: . gcname
217 | . gcnlist gcname
218 gcname: . gname
219 | . cname
224 tname: . LCHAR
225 | . LSHORT
226 | . LINT
227 | . LLONG
228 | . LSIGNED
229 | . LUNSIGNED
230 | . LFLOAT
231 | . LDOUBLE
232 | . LVOID
233 cname: . LAUTO
234 | . LSTATIC
235 | . LEXTERN
236 | . LTYPEDEF
237 | . LTYPESTR
238 | . LREGISTER
239 | . LINLINE
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
243 name: . LNAME
error posunout a přejít do stavu 310
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 311
LTYPE posunout a přejít do stavu 3
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LAUTO posunout a přejít do stavu 4
LBREAK posunout a přejít do stavu 312
LCASE posunout a přejít do stavu 313
LCHAR posunout a přejít do stavu 5
LCONTINUE posunout a přejít do stavu 314
LDEFAULT posunout a přejít do stavu 315
LDO posunout a přejít do stavu 316
LDOUBLE posunout a přejít do stavu 6
LEXTERN posunout a přejít do stavu 7
LFLOAT posunout a přejít do stavu 8
LGOTO posunout a přejít do stavu 317
LIF posunout a přejít do stavu 318
LINT posunout a přejít do stavu 9
LLONG posunout a přejít do stavu 10
LPREFETCH posunout a přejít do stavu 319
LREGISTER posunout a přejít do stavu 11
LRETURN posunout a přejít do stavu 320
LSHORT posunout a přejít do stavu 12
LSIZEOF posunout a přejít do stavu 111
LUSED posunout a přejít do stavu 321
LSTATIC posunout a přejít do stavu 13
LSTRUCT posunout a přejít do stavu 14
LSWITCH posunout a přejít do stavu 322
LTYPEDEF posunout a přejít do stavu 15
LTYPESTR posunout a přejít do stavu 16
LUNION posunout a přejít do stavu 17
LUNSIGNED posunout a přejít do stavu 18
LWHILE posunout a přejít do stavu 323
LVOID posunout a přejít do stavu 19
LENUM posunout a přejít do stavu 20
LSIGNED posunout a přejít do stavu 21
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LSET posunout a přejít do stavu 324
LSIGNOF posunout a přejít do stavu 112
LRESTRICT posunout a přejít do stavu 24
LINLINE posunout a přejít do stavu 25
'}' posunout a přejít do stavu 325
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
';' reduce using rule 100 (zcexpr)
LFOR reduce using rule 88 ($@8)
'{' reduce using rule 84 ($@7)
adecl přejít do stavu 326
labels přejít do stavu 327
label přejít do stavu 328
stmnt přejít do stavu 329
ulstmnt přejít do stavu 330
$@7 přejít do stavu 331
$@8 přejít do stavu 332
zcexpr přejít do stavu 333
cexpr přejít do stavu 334
expr přejít do stavu 148
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
types přejít do stavu 28
ctlist přejít do stavu 335
complex přejít do stavu 30
gcnlist přejít do stavu 31
gcname přejít do stavu 32
tname přejít do stavu 33
cname přejít do stavu 34
gname přejít do stavu 35
name přejít do stavu 123
State 284
25 pdecl: pdecl ctlist pdlist ';' .
$výchozí reduce using rule 25 (pdecl)
State 285
12 xdecor: . xdecor2
13 | . '*' zgnlist xdecor
14 xdecor2: . tag
15 | . '(' xdecor ')'
16 | . xdecor2 '(' zarglist ')'
17 | . xdecor2 '[' zexpr ']'
26 pdlist: . xdecor
27 | . pdlist ',' pdlist
27 | pdlist ',' . pdlist
244 tag: . ltag
245 ltag: . LNAME
246 | . LTYPE
'*' posunout a přejít do stavu 46
'(' posunout a přejít do stavu 47
LNAME posunout a přejít do stavu 36
LTYPE posunout a přejít do stavu 37
xdecor přejít do stavu 218
xdecor2 přejít do stavu 50
pdlist přejít do stavu 336
tag přejít do stavu 51
ltag přejít do stavu 52
State 286
53 qual: '.' ltag .
$výchozí reduce using rule 53 (qual)
State 287
52 qual: '[' lexpr . ']'
']' posunout a přejít do stavu 337
State 288
55 qlist: init ',' .
$výchozí reduce using rule 55 (qlist)
State 289
54 qual: qual '=' .
$výchozí reduce using rule 54 (qual)
State 290
56 qlist: qlist init . ','
61 ilist: qlist init . ['}']
',' posunout a přejít do stavu 338
$výchozí reduce using rule 61 (ilist)
State 291
54 qual: qual . '='
58 qlist: qlist qual . ['&', '+', '-', '*', LMM, LPP, '.', '[', '(', LNAME, LFCONST, LDCONST, LCONST, LLCONST, LUCONST, LULCONST, LVLCONST, LUVLCONST, LSTRING, LLSTRING, LSIZEOF, LSIGNOF, '{', '}', '!', '~']
'=' posunout a přejít do stavu 289
$výchozí reduce using rule 58 (qlist)
State 292
51 init: '{' ilist '}' .
$výchozí reduce using rule 51 (init)
State 293
106 cexpr: cexpr . ',' cexpr
106 | cexpr ',' cexpr . [';', ',', ':', ')', ']']
$výchozí reduce using rule 106 (cexpr)
Conflict between rule 106 and token ',' resolved as reduce (%left ',').
State 294
41 abdecor1: . '*' zgnlist
41 | '*' zgnlist . [')']
42 | . '*' zgnlist abdecor1
42 | '*' zgnlist . abdecor1
43 | . abdecor2
44 abdecor2: . abdecor3
45 | . abdecor2 '(' zarglist ')'
46 | . abdecor2 '[' zexpr ']'
47 abdecor3: . '(' ')'
48 | . '[' zexpr ']'
49 | . '(' abdecor1 ')'
212 zgnlist: zgnlist . gname
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
'*' posunout a přejít do stavu 228
'[' posunout a přejít do stavu 199
'(' posunout a přejít do stavu 229
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LRESTRICT posunout a přejít do stavu 24
$výchozí reduce using rule 41 (abdecor1)
abdecor1 přejít do stavu 302
abdecor2 přejít do stavu 204
abdecor3 přejít do stavu 205
gname přejít do stavu 87
State 295
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
139 | '(' tlist abdecor ')' . xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
140 | '(' tlist abdecor ')' . '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'{' posunout a přejít do stavu 339
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
xuexpr přejít do stavu 340
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 296
153 pexpr: LSIZEOF '(' tlist abdecor . ')'
')' posunout a přejít do stavu 341
State 297
154 pexpr: LSIGNOF '(' tlist abdecor . ')'
')' posunout a přejít do stavu 342
State 298
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
126 | expr '?' cexpr ':' . expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 343
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 299
156 pexpr: pexpr '[' cexpr ']' .
$výchozí reduce using rule 156 (pexpr)
State 300
155 pexpr: pexpr '(' zelist ')' .
$výchozí reduce using rule 155 (pexpr)
State 301
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
178 elist: . expr
179 | . elist ',' elist
179 | elist ',' . elist
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 266
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
elist přejít do stavu 344
name přejít do stavu 123
State 302
42 abdecor1: '*' zgnlist abdecor1 .
$výchozí reduce using rule 42 (abdecor1)
State 303
48 abdecor3: '[' zexpr ']' .
$výchozí reduce using rule 48 (abdecor3)
State 304
49 abdecor3: '(' abdecor1 ')' .
$výchozí reduce using rule 49 (abdecor3)
State 305
46 abdecor2: abdecor2 '[' zexpr . ']'
']' posunout a přejít do stavu 345
State 306
45 abdecor2: abdecor2 '(' zarglist . ')'
')' posunout a přejít do stavu 346
State 307
31 edecl: edecl tlist $@6 zedlist ';' .
$výchozí reduce using rule 31 (edecl)
State 308
35 edlist: edlist . ',' edlist
35 | edlist ',' edlist . [';', ',']
$výchozí reduce using rule 35 (edlist)
Conflict between rule 35 and token ',' resolved as reduce (%left ',').
State 309
37 edecor: tag ':' lexpr .
$výchozí reduce using rule 37 (edecor)
State 310
78 stmnt: error . ';'
';' posunout a přejít do stavu 347
State 311
77 label: LNAME . ':'
243 name: LNAME . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, '?', LOROR, LANDAND, '|', '^', '&', LEQ, LNE, '<', '>', LLE, LGE, LLSH, LRSH, '+', '-', '*', '/', '%', LMM, LPP, LMG, '.', '[', '(']
':' posunout a přejít do stavu 348
$výchozí reduce using rule 243 (name)
State 312
94 ulstmnt: LBREAK . ';'
';' posunout a přejít do stavu 349
State 313
75 label: LCASE . expr ':'
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
expr přejít do stavu 350
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 314
95 ulstmnt: LCONTINUE . ';'
';' posunout a přejít do stavu 351
State 315
76 label: LDEFAULT . ':'
':' posunout a přejít do stavu 352
State 316
73 labels: . label
74 | . labels label
75 label: . LCASE expr ':'
76 | . LDEFAULT ':'
77 | . LNAME ':'
78 stmnt: . error ';'
79 | . ulstmnt
80 | . labels ulstmnt
83 ulstmnt: . zcexpr ';'
84 $@7: . %empty ['{']
85 ulstmnt: . $@7 block
86 | . LIF '(' cexpr ')' stmnt
87 | . LIF '(' cexpr ')' stmnt LELSE stmnt
88 $@8: . %empty [LFOR]
89 ulstmnt: . $@8 LFOR '(' forexpr ';' zcexpr ';' zcexpr ')' stmnt
90 | . LWHILE '(' cexpr ')' stmnt
91 | . LDO stmnt LWHILE '(' cexpr ')' ';'
91 | LDO . stmnt LWHILE '(' cexpr ')' ';'
92 | . LRETURN zcexpr ';'
93 | . LSWITCH '(' cexpr ')' stmnt
94 | . LBREAK ';'
95 | . LCONTINUE ';'
96 | . LGOTO ltag ';'
97 | . LUSED '(' zelist ')' ';'
98 | . LPREFETCH '(' zelist ')' ';'
99 | . LSET '(' zelist ')' ';'
100 zcexpr: . %empty [';']
101 | . cexpr
105 cexpr: . expr
106 | . cexpr ',' cexpr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
error posunout a přejít do stavu 310
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 311
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LBREAK posunout a přejít do stavu 312
LCASE posunout a přejít do stavu 313
LCONTINUE posunout a přejít do stavu 314
LDEFAULT posunout a přejít do stavu 315
LDO posunout a přejít do stavu 316
LGOTO posunout a přejít do stavu 317
LIF posunout a přejít do stavu 318
LPREFETCH posunout a přejít do stavu 319
LRETURN posunout a přejít do stavu 320
LSIZEOF posunout a přejít do stavu 111
LUSED posunout a přejít do stavu 321
LSWITCH posunout a přejít do stavu 322
LWHILE posunout a přejít do stavu 323
LSET posunout a přejít do stavu 324
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
';' reduce using rule 100 (zcexpr)
LFOR reduce using rule 88 ($@8)
'{' reduce using rule 84 ($@7)
labels přejít do stavu 327
label přejít do stavu 328
stmnt přejít do stavu 353
ulstmnt přejít do stavu 330
$@7 přejít do stavu 331
$@8 přejít do stavu 332
zcexpr přejít do stavu 333
cexpr přejít do stavu 334
expr přejít do stavu 148
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 317
96 ulstmnt: LGOTO . ltag ';'
245 ltag: . LNAME
246 | . LTYPE
LNAME posunout a přejít do stavu 36
LTYPE posunout a přejít do stavu 37
ltag přejít do stavu 354
State 318
86 ulstmnt: LIF . '(' cexpr ')' stmnt
87 | LIF . '(' cexpr ')' stmnt LELSE stmnt
'(' posunout a přejít do stavu 355
State 319
98 ulstmnt: LPREFETCH . '(' zelist ')' ';'
'(' posunout a přejít do stavu 356
State 320
92 ulstmnt: LRETURN . zcexpr ';'
100 zcexpr: . %empty [';']
101 | . cexpr
105 cexpr: . expr
106 | . cexpr ',' cexpr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
$výchozí reduce using rule 100 (zcexpr)
zcexpr přejít do stavu 357
cexpr přejít do stavu 334
expr přejít do stavu 148
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 321
97 ulstmnt: LUSED . '(' zelist ')' ';'
'(' posunout a přejít do stavu 358
State 322
93 ulstmnt: LSWITCH . '(' cexpr ')' stmnt
'(' posunout a přejít do stavu 359
State 323
90 ulstmnt: LWHILE . '(' cexpr ')' stmnt
'(' posunout a přejít do stavu 360
State 324
99 ulstmnt: LSET . '(' zelist ')' ';'
'(' posunout a přejít do stavu 361
State 325
69 block: '{' slist '}' .
$výchozí reduce using rule 69 (block)
State 326
71 slist: slist adecl .
$výchozí reduce using rule 71 (slist)
State 327
74 labels: labels . label
75 label: . LCASE expr ':'
76 | . LDEFAULT ':'
77 | . LNAME ':'
80 stmnt: labels . ulstmnt
83 ulstmnt: . zcexpr ';'
84 $@7: . %empty ['{']
85 ulstmnt: . $@7 block
86 | . LIF '(' cexpr ')' stmnt
87 | . LIF '(' cexpr ')' stmnt LELSE stmnt
88 $@8: . %empty [LFOR]
89 ulstmnt: . $@8 LFOR '(' forexpr ';' zcexpr ';' zcexpr ')' stmnt
90 | . LWHILE '(' cexpr ')' stmnt
91 | . LDO stmnt LWHILE '(' cexpr ')' ';'
92 | . LRETURN zcexpr ';'
93 | . LSWITCH '(' cexpr ')' stmnt
94 | . LBREAK ';'
95 | . LCONTINUE ';'
96 | . LGOTO ltag ';'
97 | . LUSED '(' zelist ')' ';'
98 | . LPREFETCH '(' zelist ')' ';'
99 | . LSET '(' zelist ')' ';'
100 zcexpr: . %empty [';']
101 | . cexpr
105 cexpr: . expr
106 | . cexpr ',' cexpr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 311
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LBREAK posunout a přejít do stavu 312
LCASE posunout a přejít do stavu 313
LCONTINUE posunout a přejít do stavu 314
LDEFAULT posunout a přejít do stavu 315
LDO posunout a přejít do stavu 316
LGOTO posunout a přejít do stavu 317
LIF posunout a přejít do stavu 318
LPREFETCH posunout a přejít do stavu 319
LRETURN posunout a přejít do stavu 320
LSIZEOF posunout a přejít do stavu 111
LUSED posunout a přejít do stavu 321
LSWITCH posunout a přejít do stavu 322
LWHILE posunout a přejít do stavu 323
LSET posunout a přejít do stavu 324
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
';' reduce using rule 100 (zcexpr)
LFOR reduce using rule 88 ($@8)
$výchozí reduce using rule 84 ($@7)
label přejít do stavu 362
ulstmnt přejít do stavu 363
$@7 přejít do stavu 331
$@8 přejít do stavu 332
zcexpr přejít do stavu 333
cexpr přejít do stavu 334
expr přejít do stavu 148
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 328
73 labels: label .
$výchozí reduce using rule 73 (labels)
State 329
72 slist: slist stmnt .
$výchozí reduce using rule 72 (slist)
State 330
79 stmnt: ulstmnt .
$výchozí reduce using rule 79 (stmnt)
State 331
69 block: . '{' slist '}'
85 ulstmnt: $@7 . block
'{' posunout a přejít do stavu 216
block přejít do stavu 364
State 332
89 ulstmnt: $@8 . LFOR '(' forexpr ';' zcexpr ';' zcexpr ')' stmnt
LFOR posunout a přejít do stavu 365
State 333
83 ulstmnt: zcexpr . ';'
';' posunout a přejít do stavu 366
State 334
101 zcexpr: cexpr . [';', ')']
106 cexpr: cexpr . ',' cexpr
',' posunout a přejít do stavu 226
$výchozí reduce using rule 101 (zcexpr)
State 335
12 xdecor: . xdecor2
13 | . '*' zgnlist xdecor
14 xdecor2: . tag
15 | . '(' xdecor ')'
16 | . xdecor2 '(' zarglist ')'
17 | . xdecor2 '[' zexpr ']'
18 adecl: ctlist . ';'
19 | ctlist . adlist ';'
20 adlist: . xdecor
22 | . xdecor $@4 '=' init
23 | . adlist ',' adlist
244 tag: . ltag
245 ltag: . LNAME
246 | . LTYPE
';' posunout a přejít do stavu 367
'*' posunout a přejít do stavu 46
'(' posunout a přejít do stavu 47
LNAME posunout a přejít do stavu 36
LTYPE posunout a přejít do stavu 37
xdecor přejít do stavu 368
xdecor2 přejít do stavu 50
adlist přejít do stavu 369
tag přejít do stavu 51
ltag přejít do stavu 52
State 336
27 pdlist: pdlist . ',' pdlist
27 | pdlist ',' pdlist . [';', ',']
$výchozí reduce using rule 27 (pdlist)
Conflict between rule 27 and token ',' resolved as reduce (%left ',').
State 337
52 qual: '[' lexpr ']' .
$výchozí reduce using rule 52 (qual)
State 338
56 qlist: qlist init ',' .
$výchozí reduce using rule 56 (qlist)
State 339
50 init: . expr
51 | . '{' ilist '}'
52 qual: . '[' lexpr ']'
53 | . '.' ltag
54 | . qual '='
55 qlist: . init ','
56 | . qlist init ','
57 | . qual
58 | . qlist qual
59 ilist: . qlist
60 | . init
61 | . qlist init
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
140 | '(' tlist abdecor ')' '{' . ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'.' posunout a přejít do stavu 220
'[' posunout a přejít do stavu 221
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'{' posunout a přejít do stavu 138
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
init přejít do stavu 222
qual přejít do stavu 223
qlist přejít do stavu 224
ilist přejít do stavu 370
expr přejít do stavu 140
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 340
139 xuexpr: '(' tlist abdecor ')' xuexpr .
$výchozí reduce using rule 139 (xuexpr)
State 341
153 pexpr: LSIZEOF '(' tlist abdecor ')' .
$výchozí reduce using rule 153 (pexpr)
State 342
154 pexpr: LSIGNOF '(' tlist abdecor ')' .
$výchozí reduce using rule 154 (pexpr)
State 343
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
126 | expr '?' cexpr ':' expr . [';', ',', '=', LPE, LME, LMLE, LDVE, LMDE, LRSHE, LLSHE, LANDE, LXORE, LORE, ':', ')', ']', '}']
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
'?' posunout a přejít do stavu 168
LOROR posunout a přejít do stavu 169
LANDAND posunout a přejít do stavu 170
'|' posunout a přejít do stavu 171
'^' posunout a přejít do stavu 172
'&' posunout a přejít do stavu 173
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
$výchozí reduce using rule 126 (expr)
Conflict between rule 126 and token '=' resolved as reduce ('=' < ':').
Conflict between rule 126 and token LPE resolved as reduce (LPE < ':').
Conflict between rule 126 and token LME resolved as reduce (LME < ':').
Conflict between rule 126 and token LMLE resolved as reduce (LMLE < ':').
Conflict between rule 126 and token LDVE resolved as reduce (LDVE < ':').
Conflict between rule 126 and token LMDE resolved as reduce (LMDE < ':').
Conflict between rule 126 and token LRSHE resolved as reduce (LRSHE < ':').
Conflict between rule 126 and token LLSHE resolved as reduce (LLSHE < ':').
Conflict between rule 126 and token LANDE resolved as reduce (LANDE < ':').
Conflict between rule 126 and token LXORE resolved as reduce (LXORE < ':').
Conflict between rule 126 and token LORE resolved as reduce (LORE < ':').
Conflict between rule 126 and token '?' resolved as shift (%right '?').
Conflict between rule 126 and token LOROR resolved as shift (':' < LOROR).
Conflict between rule 126 and token LANDAND resolved as shift (':' < LANDAND).
Conflict between rule 126 and token '|' resolved as shift (':' < '|').
Conflict between rule 126 and token '^' resolved as shift (':' < '^').
Conflict between rule 126 and token '&' resolved as shift (':' < '&').
Conflict between rule 126 and token LEQ resolved as shift (':' < LEQ).
Conflict between rule 126 and token LNE resolved as shift (':' < LNE).
Conflict between rule 126 and token '<' resolved as shift (':' < '<').
Conflict between rule 126 and token '>' resolved as shift (':' < '>').
Conflict between rule 126 and token LLE resolved as shift (':' < LLE).
Conflict between rule 126 and token LGE resolved as shift (':' < LGE).
Conflict between rule 126 and token LLSH resolved as shift (':' < LLSH).
Conflict between rule 126 and token LRSH resolved as shift (':' < LRSH).
Conflict between rule 126 and token '+' resolved as shift (':' < '+').
Conflict between rule 126 and token '-' resolved as shift (':' < '-').
Conflict between rule 126 and token '*' resolved as shift (':' < '*').
Conflict between rule 126 and token '/' resolved as shift (':' < '/').
Conflict between rule 126 and token '%' resolved as shift (':' < '%').
State 344
179 elist: elist . ',' elist
179 | elist ',' elist . [',', ')']
$výchozí reduce using rule 179 (elist)
Conflict between rule 179 and token ',' resolved as reduce (%left ',').
State 345
46 abdecor2: abdecor2 '[' zexpr ']' .
$výchozí reduce using rule 46 (abdecor2)
State 346
45 abdecor2: abdecor2 '(' zarglist ')' .
$výchozí reduce using rule 45 (abdecor2)
State 347
78 stmnt: error ';' .
$výchozí reduce using rule 78 (stmnt)
State 348
77 label: LNAME ':' .
$výchozí reduce using rule 77 (label)
State 349
94 ulstmnt: LBREAK ';' .
$výchozí reduce using rule 94 (ulstmnt)
State 350
75 label: LCASE expr . ':'
108 expr: expr . '*' expr
109 | expr . '/' expr
110 | expr . '%' expr
111 | expr . '+' expr
112 | expr . '-' expr
113 | expr . LRSH expr
114 | expr . LLSH expr
115 | expr . '<' expr
116 | expr . '>' expr
117 | expr . LLE expr
118 | expr . LGE expr
119 | expr . LEQ expr
120 | expr . LNE expr
121 | expr . '&' expr
122 | expr . '^' expr
123 | expr . '|' expr
124 | expr . LANDAND expr
125 | expr . LOROR expr
126 | expr . '?' cexpr ':' expr
127 | expr . '=' expr
128 | expr . LPE expr
129 | expr . LME expr
130 | expr . LMLE expr
131 | expr . LDVE expr
132 | expr . LMDE expr
133 | expr . LLSHE expr
134 | expr . LRSHE expr
135 | expr . LANDE expr
136 | expr . LXORE expr
137 | expr . LORE expr
'=' posunout a přejít do stavu 157
LPE posunout a přejít do stavu 158
LME posunout a přejít do stavu 159
LMLE posunout a přejít do stavu 160
LDVE posunout a přejít do stavu 161
LMDE posunout a přejít do stavu 162
LRSHE posunout a přejít do stavu 163
LLSHE posunout a přejít do stavu 164
LANDE posunout a přejít do stavu 165
LXORE posunout a přejít do stavu 166
LORE posunout a přejít do stavu 167
'?' posunout a přejít do stavu 168
':' posunout a přejít do stavu 371
LOROR posunout a přejít do stavu 169
LANDAND posunout a přejít do stavu 170
'|' posunout a přejít do stavu 171
'^' posunout a přejít do stavu 172
'&' posunout a přejít do stavu 173
LEQ posunout a přejít do stavu 174
LNE posunout a přejít do stavu 175
'<' posunout a přejít do stavu 176
'>' posunout a přejít do stavu 177
LLE posunout a přejít do stavu 178
LGE posunout a přejít do stavu 179
LLSH posunout a přejít do stavu 180
LRSH posunout a přejít do stavu 181
'+' posunout a přejít do stavu 182
'-' posunout a přejít do stavu 183
'*' posunout a přejít do stavu 184
'/' posunout a přejít do stavu 185
'%' posunout a přejít do stavu 186
State 351
95 ulstmnt: LCONTINUE ';' .
$výchozí reduce using rule 95 (ulstmnt)
State 352
76 label: LDEFAULT ':' .
$výchozí reduce using rule 76 (label)
State 353
91 ulstmnt: LDO stmnt . LWHILE '(' cexpr ')' ';'
LWHILE posunout a přejít do stavu 372
State 354
96 ulstmnt: LGOTO ltag . ';'
';' posunout a přejít do stavu 373
State 355
86 ulstmnt: LIF '(' . cexpr ')' stmnt
87 | LIF '(' . cexpr ')' stmnt LELSE stmnt
105 cexpr: . expr
106 | . cexpr ',' cexpr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
cexpr přejít do stavu 374
expr přejít do stavu 148
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 356
98 ulstmnt: LPREFETCH '(' . zelist ')' ';'
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
176 zelist: . %empty [')']
177 | . elist
178 elist: . expr
179 | . elist ',' elist
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
$výchozí reduce using rule 176 (zelist)
expr přejít do stavu 266
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
zelist přejít do stavu 375
elist přejít do stavu 268
name přejít do stavu 123
State 357
92 ulstmnt: LRETURN zcexpr . ';'
';' posunout a přejít do stavu 376
State 358
97 ulstmnt: LUSED '(' . zelist ')' ';'
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
176 zelist: . %empty [')']
177 | . elist
178 elist: . expr
179 | . elist ',' elist
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
$výchozí reduce using rule 176 (zelist)
expr přejít do stavu 266
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
zelist přejít do stavu 377
elist přejít do stavu 268
name přejít do stavu 123
State 359
93 ulstmnt: LSWITCH '(' . cexpr ')' stmnt
105 cexpr: . expr
106 | . cexpr ',' cexpr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
cexpr přejít do stavu 378
expr přejít do stavu 148
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 360
90 ulstmnt: LWHILE '(' . cexpr ')' stmnt
105 cexpr: . expr
106 | . cexpr ',' cexpr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
cexpr přejít do stavu 379
expr přejít do stavu 148
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 361
99 ulstmnt: LSET '(' . zelist ')' ';'
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
176 zelist: . %empty [')']
177 | . elist
178 elist: . expr
179 | . elist ',' elist
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
$výchozí reduce using rule 176 (zelist)
expr přejít do stavu 266
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
zelist přejít do stavu 380
elist přejít do stavu 268
name přejít do stavu 123
State 362
74 labels: labels label .
$výchozí reduce using rule 74 (labels)
State 363
80 stmnt: labels ulstmnt .
$výchozí reduce using rule 80 (stmnt)
State 364
85 ulstmnt: $@7 block .
$výchozí reduce using rule 85 (ulstmnt)
State 365
89 ulstmnt: $@8 LFOR . '(' forexpr ';' zcexpr ';' zcexpr ')' stmnt
'(' posunout a přejít do stavu 381
State 366
83 ulstmnt: zcexpr ';' .
$výchozí reduce using rule 83 (ulstmnt)
State 367
18 adecl: ctlist ';' .
$výchozí reduce using rule 18 (adecl)
State 368
20 adlist: xdecor . [';', ',']
21 $@4: . %empty ['=']
22 adlist: xdecor . $@4 '=' init
'=' reduce using rule 21 ($@4)
$výchozí reduce using rule 20 (adlist)
$@4 přejít do stavu 382
State 369
19 adecl: ctlist adlist . ';'
23 adlist: adlist . ',' adlist
';' posunout a přejít do stavu 383
',' posunout a přejít do stavu 384
State 370
140 xuexpr: '(' tlist abdecor ')' '{' ilist . '}'
'}' posunout a přejít do stavu 385
State 371
75 label: LCASE expr ':' .
$výchozí reduce using rule 75 (label)
State 372
91 ulstmnt: LDO stmnt LWHILE . '(' cexpr ')' ';'
'(' posunout a přejít do stavu 386
State 373
96 ulstmnt: LGOTO ltag ';' .
$výchozí reduce using rule 96 (ulstmnt)
State 374
86 ulstmnt: LIF '(' cexpr . ')' stmnt
87 | LIF '(' cexpr . ')' stmnt LELSE stmnt
106 cexpr: cexpr . ',' cexpr
',' posunout a přejít do stavu 226
')' posunout a přejít do stavu 387
State 375
98 ulstmnt: LPREFETCH '(' zelist . ')' ';'
')' posunout a přejít do stavu 388
State 376
92 ulstmnt: LRETURN zcexpr ';' .
$výchozí reduce using rule 92 (ulstmnt)
State 377
97 ulstmnt: LUSED '(' zelist . ')' ';'
')' posunout a přejít do stavu 389
State 378
93 ulstmnt: LSWITCH '(' cexpr . ')' stmnt
106 cexpr: cexpr . ',' cexpr
',' posunout a přejít do stavu 226
')' posunout a přejít do stavu 390
State 379
90 ulstmnt: LWHILE '(' cexpr . ')' stmnt
106 cexpr: cexpr . ',' cexpr
',' posunout a přejít do stavu 226
')' posunout a přejít do stavu 391
State 380
99 ulstmnt: LSET '(' zelist . ')' ';'
')' posunout a přejít do stavu 392
State 381
81 forexpr: . zcexpr
82 | . ctlist adlist
89 ulstmnt: $@8 LFOR '(' . forexpr ';' zcexpr ';' zcexpr ')' stmnt
100 zcexpr: . %empty [';']
101 | . cexpr
105 cexpr: . expr
106 | . cexpr ',' cexpr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
184 types: . complex
185 | . tname
186 | . gcnlist
187 | . complex gctnlist
188 | . tname gctnlist
189 | . gcnlist complex zgnlist
190 | . gcnlist tname
191 | . gcnlist tname gctnlist
193 ctlist: . types
194 complex: . LSTRUCT ltag
196 | . LSTRUCT ltag $@10 sbody
197 | . LSTRUCT sbody
198 | . LUNION ltag
200 | . LUNION ltag $@11 sbody
201 | . LUNION sbody
202 | . LENUM ltag
205 | . LENUM ltag $@12 '{' $@13 enum '}'
207 | . LENUM '{' $@14 enum '}'
208 | . LTYPE
216 gcnlist: . gcname
217 | . gcnlist gcname
218 gcname: . gname
219 | . cname
224 tname: . LCHAR
225 | . LSHORT
226 | . LINT
227 | . LLONG
228 | . LSIGNED
229 | . LUNSIGNED
230 | . LFLOAT
231 | . LDOUBLE
232 | . LVOID
233 cname: . LAUTO
234 | . LSTATIC
235 | . LEXTERN
236 | . LTYPEDEF
237 | . LTYPESTR
238 | . LREGISTER
239 | . LINLINE
240 gname: . LCONSTNT
241 | . LVOLATILE
242 | . LRESTRICT
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LTYPE posunout a přejít do stavu 3
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LAUTO posunout a přejít do stavu 4
LCHAR posunout a přejít do stavu 5
LDOUBLE posunout a přejít do stavu 6
LEXTERN posunout a přejít do stavu 7
LFLOAT posunout a přejít do stavu 8
LINT posunout a přejít do stavu 9
LLONG posunout a přejít do stavu 10
LREGISTER posunout a přejít do stavu 11
LSHORT posunout a přejít do stavu 12
LSIZEOF posunout a přejít do stavu 111
LSTATIC posunout a přejít do stavu 13
LSTRUCT posunout a přejít do stavu 14
LTYPEDEF posunout a přejít do stavu 15
LTYPESTR posunout a přejít do stavu 16
LUNION posunout a přejít do stavu 17
LUNSIGNED posunout a přejít do stavu 18
LVOID posunout a přejít do stavu 19
LENUM posunout a přejít do stavu 20
LSIGNED posunout a přejít do stavu 21
LCONSTNT posunout a přejít do stavu 22
LVOLATILE posunout a přejít do stavu 23
LSIGNOF posunout a přejít do stavu 112
LRESTRICT posunout a přejít do stavu 24
LINLINE posunout a přejít do stavu 25
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
$výchozí reduce using rule 100 (zcexpr)
forexpr přejít do stavu 393
zcexpr přejít do stavu 394
cexpr přejít do stavu 334
expr přejít do stavu 148
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
types přejít do stavu 28
ctlist přejít do stavu 395
complex přejít do stavu 30
gcnlist přejít do stavu 31
gcname přejít do stavu 32
tname přejít do stavu 33
cname přejít do stavu 34
gname přejít do stavu 35
name přejít do stavu 123
State 382
22 adlist: xdecor $@4 . '=' init
'=' posunout a přejít do stavu 396
State 383
19 adecl: ctlist adlist ';' .
$výchozí reduce using rule 19 (adecl)
State 384
12 xdecor: . xdecor2
13 | . '*' zgnlist xdecor
14 xdecor2: . tag
15 | . '(' xdecor ')'
16 | . xdecor2 '(' zarglist ')'
17 | . xdecor2 '[' zexpr ']'
20 adlist: . xdecor
22 | . xdecor $@4 '=' init
23 | . adlist ',' adlist
23 | adlist ',' . adlist
244 tag: . ltag
245 ltag: . LNAME
246 | . LTYPE
'*' posunout a přejít do stavu 46
'(' posunout a přejít do stavu 47
LNAME posunout a přejít do stavu 36
LTYPE posunout a přejít do stavu 37
xdecor přejít do stavu 368
xdecor2 přejít do stavu 50
adlist přejít do stavu 397
tag přejít do stavu 51
ltag přejít do stavu 52
State 385
140 xuexpr: '(' tlist abdecor ')' '{' ilist '}' .
$výchozí reduce using rule 140 (xuexpr)
State 386
91 ulstmnt: LDO stmnt LWHILE '(' . cexpr ')' ';'
105 cexpr: . expr
106 | . cexpr ',' cexpr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
cexpr přejít do stavu 398
expr přejít do stavu 148
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 387
73 labels: . label
74 | . labels label
75 label: . LCASE expr ':'
76 | . LDEFAULT ':'
77 | . LNAME ':'
78 stmnt: . error ';'
79 | . ulstmnt
80 | . labels ulstmnt
83 ulstmnt: . zcexpr ';'
84 $@7: . %empty ['{']
85 ulstmnt: . $@7 block
86 | . LIF '(' cexpr ')' stmnt
86 | LIF '(' cexpr ')' . stmnt
87 | . LIF '(' cexpr ')' stmnt LELSE stmnt
87 | LIF '(' cexpr ')' . stmnt LELSE stmnt
88 $@8: . %empty [LFOR]
89 ulstmnt: . $@8 LFOR '(' forexpr ';' zcexpr ';' zcexpr ')' stmnt
90 | . LWHILE '(' cexpr ')' stmnt
91 | . LDO stmnt LWHILE '(' cexpr ')' ';'
92 | . LRETURN zcexpr ';'
93 | . LSWITCH '(' cexpr ')' stmnt
94 | . LBREAK ';'
95 | . LCONTINUE ';'
96 | . LGOTO ltag ';'
97 | . LUSED '(' zelist ')' ';'
98 | . LPREFETCH '(' zelist ')' ';'
99 | . LSET '(' zelist ')' ';'
100 zcexpr: . %empty [';']
101 | . cexpr
105 cexpr: . expr
106 | . cexpr ',' cexpr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
error posunout a přejít do stavu 310
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 311
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LBREAK posunout a přejít do stavu 312
LCASE posunout a přejít do stavu 313
LCONTINUE posunout a přejít do stavu 314
LDEFAULT posunout a přejít do stavu 315
LDO posunout a přejít do stavu 316
LGOTO posunout a přejít do stavu 317
LIF posunout a přejít do stavu 318
LPREFETCH posunout a přejít do stavu 319
LRETURN posunout a přejít do stavu 320
LSIZEOF posunout a přejít do stavu 111
LUSED posunout a přejít do stavu 321
LSWITCH posunout a přejít do stavu 322
LWHILE posunout a přejít do stavu 323
LSET posunout a přejít do stavu 324
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
';' reduce using rule 100 (zcexpr)
LFOR reduce using rule 88 ($@8)
'{' reduce using rule 84 ($@7)
labels přejít do stavu 327
label přejít do stavu 328
stmnt přejít do stavu 399
ulstmnt přejít do stavu 330
$@7 přejít do stavu 331
$@8 přejít do stavu 332
zcexpr přejít do stavu 333
cexpr přejít do stavu 334
expr přejít do stavu 148
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 388
98 ulstmnt: LPREFETCH '(' zelist ')' . ';'
';' posunout a přejít do stavu 400
State 389
97 ulstmnt: LUSED '(' zelist ')' . ';'
';' posunout a přejít do stavu 401
State 390
73 labels: . label
74 | . labels label
75 label: . LCASE expr ':'
76 | . LDEFAULT ':'
77 | . LNAME ':'
78 stmnt: . error ';'
79 | . ulstmnt
80 | . labels ulstmnt
83 ulstmnt: . zcexpr ';'
84 $@7: . %empty ['{']
85 ulstmnt: . $@7 block
86 | . LIF '(' cexpr ')' stmnt
87 | . LIF '(' cexpr ')' stmnt LELSE stmnt
88 $@8: . %empty [LFOR]
89 ulstmnt: . $@8 LFOR '(' forexpr ';' zcexpr ';' zcexpr ')' stmnt
90 | . LWHILE '(' cexpr ')' stmnt
91 | . LDO stmnt LWHILE '(' cexpr ')' ';'
92 | . LRETURN zcexpr ';'
93 | . LSWITCH '(' cexpr ')' stmnt
93 | LSWITCH '(' cexpr ')' . stmnt
94 | . LBREAK ';'
95 | . LCONTINUE ';'
96 | . LGOTO ltag ';'
97 | . LUSED '(' zelist ')' ';'
98 | . LPREFETCH '(' zelist ')' ';'
99 | . LSET '(' zelist ')' ';'
100 zcexpr: . %empty [';']
101 | . cexpr
105 cexpr: . expr
106 | . cexpr ',' cexpr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
error posunout a přejít do stavu 310
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 311
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LBREAK posunout a přejít do stavu 312
LCASE posunout a přejít do stavu 313
LCONTINUE posunout a přejít do stavu 314
LDEFAULT posunout a přejít do stavu 315
LDO posunout a přejít do stavu 316
LGOTO posunout a přejít do stavu 317
LIF posunout a přejít do stavu 318
LPREFETCH posunout a přejít do stavu 319
LRETURN posunout a přejít do stavu 320
LSIZEOF posunout a přejít do stavu 111
LUSED posunout a přejít do stavu 321
LSWITCH posunout a přejít do stavu 322
LWHILE posunout a přejít do stavu 323
LSET posunout a přejít do stavu 324
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
';' reduce using rule 100 (zcexpr)
LFOR reduce using rule 88 ($@8)
'{' reduce using rule 84 ($@7)
labels přejít do stavu 327
label přejít do stavu 328
stmnt přejít do stavu 402
ulstmnt přejít do stavu 330
$@7 přejít do stavu 331
$@8 přejít do stavu 332
zcexpr přejít do stavu 333
cexpr přejít do stavu 334
expr přejít do stavu 148
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 391
73 labels: . label
74 | . labels label
75 label: . LCASE expr ':'
76 | . LDEFAULT ':'
77 | . LNAME ':'
78 stmnt: . error ';'
79 | . ulstmnt
80 | . labels ulstmnt
83 ulstmnt: . zcexpr ';'
84 $@7: . %empty ['{']
85 ulstmnt: . $@7 block
86 | . LIF '(' cexpr ')' stmnt
87 | . LIF '(' cexpr ')' stmnt LELSE stmnt
88 $@8: . %empty [LFOR]
89 ulstmnt: . $@8 LFOR '(' forexpr ';' zcexpr ';' zcexpr ')' stmnt
90 | . LWHILE '(' cexpr ')' stmnt
90 | LWHILE '(' cexpr ')' . stmnt
91 | . LDO stmnt LWHILE '(' cexpr ')' ';'
92 | . LRETURN zcexpr ';'
93 | . LSWITCH '(' cexpr ')' stmnt
94 | . LBREAK ';'
95 | . LCONTINUE ';'
96 | . LGOTO ltag ';'
97 | . LUSED '(' zelist ')' ';'
98 | . LPREFETCH '(' zelist ')' ';'
99 | . LSET '(' zelist ')' ';'
100 zcexpr: . %empty [';']
101 | . cexpr
105 cexpr: . expr
106 | . cexpr ',' cexpr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
error posunout a přejít do stavu 310
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 311
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LBREAK posunout a přejít do stavu 312
LCASE posunout a přejít do stavu 313
LCONTINUE posunout a přejít do stavu 314
LDEFAULT posunout a přejít do stavu 315
LDO posunout a přejít do stavu 316
LGOTO posunout a přejít do stavu 317
LIF posunout a přejít do stavu 318
LPREFETCH posunout a přejít do stavu 319
LRETURN posunout a přejít do stavu 320
LSIZEOF posunout a přejít do stavu 111
LUSED posunout a přejít do stavu 321
LSWITCH posunout a přejít do stavu 322
LWHILE posunout a přejít do stavu 323
LSET posunout a přejít do stavu 324
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
';' reduce using rule 100 (zcexpr)
LFOR reduce using rule 88 ($@8)
'{' reduce using rule 84 ($@7)
labels přejít do stavu 327
label přejít do stavu 328
stmnt přejít do stavu 403
ulstmnt přejít do stavu 330
$@7 přejít do stavu 331
$@8 přejít do stavu 332
zcexpr přejít do stavu 333
cexpr přejít do stavu 334
expr přejít do stavu 148
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 392
99 ulstmnt: LSET '(' zelist ')' . ';'
';' posunout a přejít do stavu 404
State 393
89 ulstmnt: $@8 LFOR '(' forexpr . ';' zcexpr ';' zcexpr ')' stmnt
';' posunout a přejít do stavu 405
State 394
81 forexpr: zcexpr .
$výchozí reduce using rule 81 (forexpr)
State 395
12 xdecor: . xdecor2
13 | . '*' zgnlist xdecor
14 xdecor2: . tag
15 | . '(' xdecor ')'
16 | . xdecor2 '(' zarglist ')'
17 | . xdecor2 '[' zexpr ']'
20 adlist: . xdecor
22 | . xdecor $@4 '=' init
23 | . adlist ',' adlist
82 forexpr: ctlist . adlist
244 tag: . ltag
245 ltag: . LNAME
246 | . LTYPE
'*' posunout a přejít do stavu 46
'(' posunout a přejít do stavu 47
LNAME posunout a přejít do stavu 36
LTYPE posunout a přejít do stavu 37
xdecor přejít do stavu 368
xdecor2 přejít do stavu 50
adlist přejít do stavu 406
tag přejít do stavu 51
ltag přejít do stavu 52
State 396
22 adlist: xdecor $@4 '=' . init
50 init: . expr
51 | . '{' ilist '}'
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'{' posunout a přejít do stavu 138
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
init přejít do stavu 407
expr přejít do stavu 140
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 397
23 adlist: adlist . ',' adlist
23 | adlist ',' adlist . [';', ',']
$výchozí reduce using rule 23 (adlist)
Conflict between rule 23 and token ',' resolved as reduce (%left ',').
State 398
91 ulstmnt: LDO stmnt LWHILE '(' cexpr . ')' ';'
106 cexpr: cexpr . ',' cexpr
',' posunout a přejít do stavu 226
')' posunout a přejít do stavu 408
State 399
86 ulstmnt: LIF '(' cexpr ')' stmnt . [error, ';', '&', '+', '-', '*', LMM, LPP, '(', LNAME, LTYPE, LFCONST, LDCONST, LCONST, LLCONST, LUCONST, LULCONST, LVLCONST, LUVLCONST, LSTRING, LLSTRING, LAUTO, LBREAK, LCASE, LCHAR, LCONTINUE, LDEFAULT, LDO, LDOUBLE, LELSE, LEXTERN, LFLOAT, LFOR, LGOTO, LIF, LINT, LLONG, LPREFETCH, LREGISTER, LRETURN, LSHORT, LSIZEOF, LUSED, LSTATIC, LSTRUCT, LSWITCH, LTYPEDEF, LTYPESTR, LUNION, LUNSIGNED, LWHILE, LVOID, LENUM, LSIGNED, LCONSTNT, LVOLATILE, LSET, LSIGNOF, LRESTRICT, LINLINE, '{', '}', '!', '~']
87 | LIF '(' cexpr ')' stmnt . LELSE stmnt
LELSE posunout a přejít do stavu 409
LELSE [reduce using rule 86 (ulstmnt)]
$výchozí reduce using rule 86 (ulstmnt)
State 400
98 ulstmnt: LPREFETCH '(' zelist ')' ';' .
$výchozí reduce using rule 98 (ulstmnt)
State 401
97 ulstmnt: LUSED '(' zelist ')' ';' .
$výchozí reduce using rule 97 (ulstmnt)
State 402
93 ulstmnt: LSWITCH '(' cexpr ')' stmnt .
$výchozí reduce using rule 93 (ulstmnt)
State 403
90 ulstmnt: LWHILE '(' cexpr ')' stmnt .
$výchozí reduce using rule 90 (ulstmnt)
State 404
99 ulstmnt: LSET '(' zelist ')' ';' .
$výchozí reduce using rule 99 (ulstmnt)
State 405
89 ulstmnt: $@8 LFOR '(' forexpr ';' . zcexpr ';' zcexpr ')' stmnt
100 zcexpr: . %empty [';']
101 | . cexpr
105 cexpr: . expr
106 | . cexpr ',' cexpr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
$výchozí reduce using rule 100 (zcexpr)
zcexpr přejít do stavu 410
cexpr přejít do stavu 334
expr přejít do stavu 148
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 406
23 adlist: adlist . ',' adlist
82 forexpr: ctlist adlist . [';']
',' posunout a přejít do stavu 384
$výchozí reduce using rule 82 (forexpr)
State 407
22 adlist: xdecor $@4 '=' init .
$výchozí reduce using rule 22 (adlist)
State 408
91 ulstmnt: LDO stmnt LWHILE '(' cexpr ')' . ';'
';' posunout a přejít do stavu 411
State 409
73 labels: . label
74 | . labels label
75 label: . LCASE expr ':'
76 | . LDEFAULT ':'
77 | . LNAME ':'
78 stmnt: . error ';'
79 | . ulstmnt
80 | . labels ulstmnt
83 ulstmnt: . zcexpr ';'
84 $@7: . %empty ['{']
85 ulstmnt: . $@7 block
86 | . LIF '(' cexpr ')' stmnt
87 | . LIF '(' cexpr ')' stmnt LELSE stmnt
87 | LIF '(' cexpr ')' stmnt LELSE . stmnt
88 $@8: . %empty [LFOR]
89 ulstmnt: . $@8 LFOR '(' forexpr ';' zcexpr ';' zcexpr ')' stmnt
90 | . LWHILE '(' cexpr ')' stmnt
91 | . LDO stmnt LWHILE '(' cexpr ')' ';'
92 | . LRETURN zcexpr ';'
93 | . LSWITCH '(' cexpr ')' stmnt
94 | . LBREAK ';'
95 | . LCONTINUE ';'
96 | . LGOTO ltag ';'
97 | . LUSED '(' zelist ')' ';'
98 | . LPREFETCH '(' zelist ')' ';'
99 | . LSET '(' zelist ')' ';'
100 zcexpr: . %empty [';']
101 | . cexpr
105 cexpr: . expr
106 | . cexpr ',' cexpr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
error posunout a přejít do stavu 310
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 311
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LBREAK posunout a přejít do stavu 312
LCASE posunout a přejít do stavu 313
LCONTINUE posunout a přejít do stavu 314
LDEFAULT posunout a přejít do stavu 315
LDO posunout a přejít do stavu 316
LGOTO posunout a přejít do stavu 317
LIF posunout a přejít do stavu 318
LPREFETCH posunout a přejít do stavu 319
LRETURN posunout a přejít do stavu 320
LSIZEOF posunout a přejít do stavu 111
LUSED posunout a přejít do stavu 321
LSWITCH posunout a přejít do stavu 322
LWHILE posunout a přejít do stavu 323
LSET posunout a přejít do stavu 324
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
';' reduce using rule 100 (zcexpr)
LFOR reduce using rule 88 ($@8)
'{' reduce using rule 84 ($@7)
labels přejít do stavu 327
label přejít do stavu 328
stmnt přejít do stavu 412
ulstmnt přejít do stavu 330
$@7 přejít do stavu 331
$@8 přejít do stavu 332
zcexpr přejít do stavu 333
cexpr přejít do stavu 334
expr přejít do stavu 148
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 410
89 ulstmnt: $@8 LFOR '(' forexpr ';' zcexpr . ';' zcexpr ')' stmnt
';' posunout a přejít do stavu 413
State 411
91 ulstmnt: LDO stmnt LWHILE '(' cexpr ')' ';' .
$výchozí reduce using rule 91 (ulstmnt)
State 412
87 ulstmnt: LIF '(' cexpr ')' stmnt LELSE stmnt .
$výchozí reduce using rule 87 (ulstmnt)
State 413
89 ulstmnt: $@8 LFOR '(' forexpr ';' zcexpr ';' . zcexpr ')' stmnt
100 zcexpr: . %empty [')']
101 | . cexpr
105 cexpr: . expr
106 | . cexpr ',' cexpr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 100
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LSIZEOF posunout a přejít do stavu 111
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
$výchozí reduce using rule 100 (zcexpr)
zcexpr přejít do stavu 414
cexpr přejít do stavu 334
expr přejít do stavu 148
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 414
89 ulstmnt: $@8 LFOR '(' forexpr ';' zcexpr ';' zcexpr . ')' stmnt
')' posunout a přejít do stavu 415
State 415
73 labels: . label
74 | . labels label
75 label: . LCASE expr ':'
76 | . LDEFAULT ':'
77 | . LNAME ':'
78 stmnt: . error ';'
79 | . ulstmnt
80 | . labels ulstmnt
83 ulstmnt: . zcexpr ';'
84 $@7: . %empty ['{']
85 ulstmnt: . $@7 block
86 | . LIF '(' cexpr ')' stmnt
87 | . LIF '(' cexpr ')' stmnt LELSE stmnt
88 $@8: . %empty [LFOR]
89 ulstmnt: . $@8 LFOR '(' forexpr ';' zcexpr ';' zcexpr ')' stmnt
89 | $@8 LFOR '(' forexpr ';' zcexpr ';' zcexpr ')' . stmnt
90 | . LWHILE '(' cexpr ')' stmnt
91 | . LDO stmnt LWHILE '(' cexpr ')' ';'
92 | . LRETURN zcexpr ';'
93 | . LSWITCH '(' cexpr ')' stmnt
94 | . LBREAK ';'
95 | . LCONTINUE ';'
96 | . LGOTO ltag ';'
97 | . LUSED '(' zelist ')' ';'
98 | . LPREFETCH '(' zelist ')' ';'
99 | . LSET '(' zelist ')' ';'
100 zcexpr: . %empty [';']
101 | . cexpr
105 cexpr: . expr
106 | . cexpr ',' cexpr
107 expr: . xuexpr
108 | . expr '*' expr
109 | . expr '/' expr
110 | . expr '%' expr
111 | . expr '+' expr
112 | . expr '-' expr
113 | . expr LRSH expr
114 | . expr LLSH expr
115 | . expr '<' expr
116 | . expr '>' expr
117 | . expr LLE expr
118 | . expr LGE expr
119 | . expr LEQ expr
120 | . expr LNE expr
121 | . expr '&' expr
122 | . expr '^' expr
123 | . expr '|' expr
124 | . expr LANDAND expr
125 | . expr LOROR expr
126 | . expr '?' cexpr ':' expr
127 | . expr '=' expr
128 | . expr LPE expr
129 | . expr LME expr
130 | . expr LMLE expr
131 | . expr LDVE expr
132 | . expr LMDE expr
133 | . expr LLSHE expr
134 | . expr LRSHE expr
135 | . expr LANDE expr
136 | . expr LXORE expr
137 | . expr LORE expr
138 xuexpr: . uexpr
139 | . '(' tlist abdecor ')' xuexpr
140 | . '(' tlist abdecor ')' '{' ilist '}'
141 uexpr: . pexpr
142 | . '*' xuexpr
143 | . '&' xuexpr
144 | . '+' xuexpr
145 | . '-' xuexpr
146 | . '!' xuexpr
147 | . '~' xuexpr
148 | . LPP xuexpr
149 | . LMM xuexpr
150 | . LSIZEOF uexpr
151 | . LSIGNOF uexpr
152 pexpr: . '(' cexpr ')'
153 | . LSIZEOF '(' tlist abdecor ')'
154 | . LSIGNOF '(' tlist abdecor ')'
155 | . pexpr '(' zelist ')'
156 | . pexpr '[' cexpr ']'
157 | . pexpr LMG ltag
158 | . pexpr '.' ltag
159 | . pexpr LPP
160 | . pexpr LMM
161 | . name
162 | . LCONST
163 | . LLCONST
164 | . LUCONST
165 | . LULCONST
166 | . LDCONST
167 | . LFCONST
168 | . LVLCONST
169 | . LUVLCONST
170 | . string
171 | . lstring
172 string: . LSTRING
173 | . string LSTRING
174 lstring: . LLSTRING
175 | . lstring LLSTRING
243 name: . LNAME
error posunout a přejít do stavu 310
'&' posunout a přejít do stavu 93
'+' posunout a přejít do stavu 94
'-' posunout a přejít do stavu 95
'*' posunout a přejít do stavu 96
LMM posunout a přejít do stavu 97
LPP posunout a přejít do stavu 98
'(' posunout a přejít do stavu 99
LNAME posunout a přejít do stavu 311
LFCONST posunout a přejít do stavu 101
LDCONST posunout a přejít do stavu 102
LCONST posunout a přejít do stavu 103
LLCONST posunout a přejít do stavu 104
LUCONST posunout a přejít do stavu 105
LULCONST posunout a přejít do stavu 106
LVLCONST posunout a přejít do stavu 107
LUVLCONST posunout a přejít do stavu 108
LSTRING posunout a přejít do stavu 109
LLSTRING posunout a přejít do stavu 110
LBREAK posunout a přejít do stavu 312
LCASE posunout a přejít do stavu 313
LCONTINUE posunout a přejít do stavu 314
LDEFAULT posunout a přejít do stavu 315
LDO posunout a přejít do stavu 316
LGOTO posunout a přejít do stavu 317
LIF posunout a přejít do stavu 318
LPREFETCH posunout a přejít do stavu 319
LRETURN posunout a přejít do stavu 320
LSIZEOF posunout a přejít do stavu 111
LUSED posunout a přejít do stavu 321
LSWITCH posunout a přejít do stavu 322
LWHILE posunout a přejít do stavu 323
LSET posunout a přejít do stavu 324
LSIGNOF posunout a přejít do stavu 112
'!' posunout a přejít do stavu 113
'~' posunout a přejít do stavu 114
';' reduce using rule 100 (zcexpr)
LFOR reduce using rule 88 ($@8)
'{' reduce using rule 84 ($@7)
labels přejít do stavu 327
label přejít do stavu 328
stmnt přejít do stavu 416
ulstmnt přejít do stavu 330
$@7 přejít do stavu 331
$@8 přejít do stavu 332
zcexpr přejít do stavu 333
cexpr přejít do stavu 334
expr přejít do stavu 148
xuexpr přejít do stavu 118
uexpr přejít do stavu 119
pexpr přejít do stavu 120
string přejít do stavu 121
lstring přejít do stavu 122
name přejít do stavu 123
State 416
89 ulstmnt: $@8 LFOR '(' forexpr ';' zcexpr ';' zcexpr ')' stmnt .
$výchozí reduce using rule 89 (ulstmnt)
| Bison | 3 | YKG/y | testdata/ok/cc.y.bison | [
"BSD-3-Clause"
] |
%%%
%%% Author:
%%% Thorsten Brunklaus <bruni@ps.uni-sb.de>
%%%
%%% Copyright:
%%% Thorsten Brunklaus, 1999
%%%
%%% Last Change:
%%% $Date$ by $Author$
%%% $Revision$
%%%
%%% This file is part of Mozart, an implementation of Oz 3:
%%% http://www.mozart-oz.org
%%%
%%% See the file "LICENSE" or
%%% http://www.mozart-oz.org/LICENSE.html
%%% for information on usage and redistribution
%%% of this file, and for a DISCLAIMER OF ALL
%%% WARRANTIES.
%%%
functor $
import
CreateObjects
LayoutObjects
DrawObjects
export
Nodes
define
%% Specify Nodes to be exported
NodeSpecs = [
%% Export All Nodes (raw)
all # nodes('create' : CreateObjects
'layout' : LayoutObjects
'draw' : DrawObjects
'tree' : Nodes)
%% Generic Node
generic # [generic generic generic]
%% Atomic Nodes
int # [int int base]
float # [float float base]
atom # [atom atom base]
name # [name name base]
procedure # [procedure procedure base]
string # [string string base]
byteString # [byteString byteString base]
%% Container Nodes
%% Record Variants
record # [record record record]
recordInd # [recordInd recordInd recordInd]
kindedRecord # [kindedRecord record kindedRecord]
kindedRecordInd # [kindedRecordInd recordInd kindedRecordInd]
%% Tuple Variants
hashTuple # [hashTuple hashTuple hashTuple]
pipeTuple # [pipeTuple pipeTuple pipeTuple]
labelTuple # [labelTuple labelTuple labelTuple]
labelTupleInd # [labelTuple labelTupleInd labelTupleInd]
%% Logic-, Future- and Constraint-Variables
free # [free free free]
future # [future future future]
failed # [failed failed failed]
fdInt # [fdInt fdInt fdInt]
fsVal # [fsVal fdInt fdInt]
fsHelper # [fsHelper fdInt fdInt]
fsVar # [fsVar fsVar fdInt]
%% Relation Mode Helper
variableRef # [variableRef variableRef variableRef]
%% Container Nodes (Relation Mode)
%% Record Variants
recordGr # [recordGr recordGr recordGr]
recordGrInd # [recordGrInd recordGrInd recordGrInd]
kindedRecordGr # [kindedRecordGr recordGr kindedRecordGr]
kindedRecordGrInd # [kindedRecordGr recordGr kindedRecordGrInd]
%% Tuple Variants
hashTupleGr # [hashTupleGr hashTupleGr hashTupleGr]
pipeTupleGrS # [pipeTupleGr pipeTupleGr pipeTupleGrS]
pipeTupleGrM # [pipeTupleGr pipeTupleGr pipeTupleGrM]
labelTupleGr # [labelTupleGr labelTupleGr labelTupleGr]
labelTupleGrInd # [labelTupleGr labelTupleGrInd labelTupleGrInd]
%% Logic-, Future- and Constraint-Variants (Relation Mode)
freeGr # [freeGr freeGr freeGr]
futureGr # [futureGr futureGr futureGr]
fdIntGr # [fdIntGr fdIntGr fdIntGr]
fsValGr # [fsValGr fdIntGr fdIntGr]
fsVarGr # [fsVarGr fsVarGr fdIntGr]
]
%% Node Builder
local
fun {GetCreate Key}
CK = if Key == base then createObject else {VirtualString.toAtom Key#'CreateObject'} end
in
CreateObjects.CK
end
fun {GetLayout Key}
CK = if Key == base then layoutObject else {VirtualString.toAtom Key#'LayoutObject'} end
in
LayoutObjects.CK
end
fun {GetDraw Key}
CK = if Key == base then drawObject else {VirtualString.toAtom Key#'DrawObject'} end
in
DrawObjects.CK
end
in
fun {MakeNode [C L D]}
{Class.new [{GetCreate C} {GetLayout L} {GetDraw D}] 'attr' 'feat' [final]}
end
end
%% Create the Export Record
Nodes = {Record.make nodes {Map NodeSpecs fun {$ F#_} F end}}
%% Assign Classes to Export Record
case NodeSpecs
of (Feat#Desc)|NodeSpecR then
Nodes.Feat = Desc %% Assign all without mapping
{List.forAll NodeSpecR proc {$ Feat#Desc} Nodes.Feat = {MakeNode Desc} end}
end
end
| Oz | 4 | Ahzed11/mozart2 | lib/tools/inspector/treewidget/TreeNodes.oz | [
"BSD-2-Clause"
] |
#lang scribble/manual
@(require (for-label
rosette/base/form/define rosette/query/query
rosette/base/core/term
(only-in rosette/base/base assert vc clear-vc! define-symbolic
length-bv list-ref-bv list-set-bv
take-bv take-right-bv
drop-bv drop-right-bv
list-tail-bv split-at-bv split-at-right-bv
union? bitvector bitvector? bv?
bitvector->natural integer->bitvector)
racket)
scribble/core scribble/html-properties scribble/examples racket/sandbox racket/runtime-path
"../util/lifted.rkt")
@(define-runtime-path root ".")
@(define rosette-eval (rosette-log-evaluator (logfile root "pairs-log")))
@(define pairs:constructors+selectors (select '(pair? null? cons car cdr null list? list list* build-list)))
@(define list-operations (select '(length list-ref list-tail append reverse)))
@(define list-iteration (select '(map andmap ormap for-each foldl foldr)))
@(define list-filtering (select '(filter remove remq remv remove* remq* remv* sort)))
@(define list-searching (select '(member memv memq memf findf assoc assv assq assf)))
@(define more-pair-ops (select '(caar cadr cdar cddr caaar caadr cadar caddr cdaar cdadr cddar cdddr caaaar caaadr caadar caaddr cadaar cadadr caddar cadddr cdaaar cdaadr cdadar cdaddr cddaar cddadr cdddar cddddr)))
@(define more-list-ops (select '(empty cons? empty? first rest second third fourth fifth sixth seventh eighth ninth tenth last last-pair make-list take drop split-at takef dropf splitf-at take-right drop-right split-at-right takef-right dropf-right splitf-at-right add-between append* flatten remove-duplicates filter-map count partition range append-map filter-not shuffle permutations in-permutations argmin argmax list-set)))
@title[#:tag "sec:pair"]{Pairs and Lists}
A pair combines two values, and a list is either the
constant @racket[null] or a pair whose second
element is a list. Pairs and lists are transparent immutable values, and they may
be concrete or symbolic.
Two pairs or two lists are @racket[eq?] (resp. @racket[equal?])
if their corresponding elements are @racket[eq?] (resp. @racket[equal?]).
As values of @tech[#:key "unsolvable type"]{unsolvable types}, symbolic pairs
and lists cannot be created
via @seclink["sec:symbolic-constants"]{@code{define-symbolic[*]}}.
Instead, they are created by applying pair- or list-producing procedures to symbolic inputs,
or by controlling the application of such procedures with symbolic values. This
pattern for creating non-primitive symbolic values generalizes to all unsolvable datatypes.
@examples[#:eval rosette-eval
(define-symbolic x y z n integer?)
(code:line (define xs (take (list x y z) n)) (code:comment "(1) xs is a symbolic list."))
(define sol (solve (assert (null? xs))))
(evaluate xs sol)
(define sol
(solve (begin
(assert (= (length xs) 2))
(assert (not (equal? xs (reverse xs))))
(assert (equal? xs (sort xs <))))))
(evaluate xs sol)]
@examples[#:eval rosette-eval
(define-symbolic b boolean?)
(code:line (define p (if b (cons 1 2) (cons 4 #f))) (code:comment "(2) p is a symbolic pair."))
(define sol (solve (assert (boolean? (cdr p)))))
(evaluate p sol)
(define sol (solve (assert (odd? (car p)))))
(evaluate p sol)
]
@section{Lifted Operations on Pairs and Lists}
Rosette lifts the following operations on pairs and lists:
@tabular[#:style (style #f (list (attributes '((id . "lifted")(class . "boxed")))))
(list (list @elem{Pair Operations} @pairs:constructors+selectors)
(list @elem{List Operations} @list-operations)
(list @elem{List Iteration} @list-iteration)
(list @elem{List Filtering} @list-filtering)
(list @elem{List Searching} @list-searching)
(list @elem{Additional Pair Operations} @more-pair-ops)
(list @elem{Additional List Operations} @more-list-ops))]
@(kill-evaluator rosette-eval)
@(set! rosette-eval (rosette-evaluator))
@section{Additional Operations on Pairs and Lists}
Rosette provides the following procedures for operating on lists using @seclink["sec:bitvectors"]{bitvector} indices and lengths. These procedures produce symbolic values that avoid @racketlink[bitvector->natural]{casting} their bitvector arguments to integers, leading to @seclink["sec:notes"]{more efficiently solvable queries}.
@declare-exporting[rosette/base/base #:use-sources (rosette/base/base)]
@defproc[(length-bv [lst list?] [t (or/c bitvector? union?)]) bv?]{
Equivalent to @racket[(integer->bitvector (length lst) t)] but avoids the @racket[integer->bitvector] cast for better solving performance.
@examples[#:eval rosette-eval
(define-symbolic b boolean?)
(define xs (if b '(1 2) '(3 4 5 6)))
xs
(integer->bitvector (length xs) (bitvector 4))
(length-bv xs (bitvector 4))]
}
@defproc[(list-ref-bv [lst list?] [pos bv?]) any/c]{
Equivalent to @racket[(list-ref lst (bitvector->natural pos))] but avoids the @racket[bitvector->natural] cast for better solving performance.
@examples[#:eval rosette-eval
(define-symbolic p (bitvector 1))
(define xs '(1 2 3 4))
(code:comment "Uses a cast and generates a redundant assertion on the range of p:")
(list-ref xs (bitvector->natural p))
(vc)
(clear-vc!)
(code:comment "No cast and no redundant range assertion:")
(list-ref-bv xs p)
(vc)
(code:comment "But the range assertion is generated when needed:")
(define-symbolic q (bitvector 4))
(list-ref-bv xs q)
(vc)]
}
@(rosette-eval '(clear-vc!))
@defproc[(list-set-bv [lst list?] [pos bv?] [val any/c]) list?]{
Equivalent to @racket[(list-set lst (bitvector->natural pos) val)] but avoids the @racket[bitvector->natural] cast for better solving performance.
@examples[#:eval rosette-eval
(define-symbolic p (bitvector 1))
(define xs '(1 2 3 4))
(code:comment "Uses a cast and generates a redundant assertion on the range of p:")
(list-set xs (bitvector->natural p) 5)
(vc)
(clear-vc!)
(code:comment "No cast and no redundant range assertion:")
(list-set-bv xs p 5)
(vc)
(code:comment "But the range assertion is generated when needed:")
(define-symbolic q (bitvector 4))
(list-set-bv xs q 5)
(vc)]
}
@(rosette-eval '(clear-vc!))
@defproc*[([(take-bv [lst any/c] [pos bv?]) list?]
[(take-right-bv [lst any/c] [pos bv?]) any/c]
[(drop-bv [lst any/c] [pos bv?]) any/c]
[(drop-right-bv [lst any/c] [pos bv?]) list?]
[(list-tail-bv [lst any/c] [pos bv?]) any/c])]{
Equivalent to @racket[take], @racket[take-right],
@racket[drop], @racket[drop-right], or @racket[list-tail]
applied to @racket[lst] and
@racket[(bitvector->natural pos)], but avoids the
@racket[bitvector->natural] cast for better solving
performance.
@examples[#:eval rosette-eval
(define-symbolic p (bitvector 1))
(define xs (cons 1 (cons 2 (cons 3 4))))
(code:comment "Uses a cast and generates a redundant assertion on the range of p:")
(take xs (bitvector->natural p))
(vc)
(clear-vc!)
(code:comment "No cast and no redundant range assertion:")
(take-bv xs p)
(vc)
(code:comment "But the range assertion is generated when needed:")
(define-symbolic q (bitvector 4))
(take-bv xs q)
(vc)]
}
@(rosette-eval '(clear-vc!))
@defproc*[([(split-at-bv [lst any/c] [pos bv?]) (list? any/c)]
[(split-at-right-bv [lst any/c] [pos bv?]) (list? any/c)])]{
Equivalent to
@racket[(split-at lst (bitvector->natural pos))] or
@racket[(split-at-right lst (bitvector->natural pos))], but
avoids the @racket[bitvector->natural] cast for better
solving performance.
@examples[#:eval rosette-eval
(define-symbolic p (bitvector 1))
(define xs (cons 1 2))
(code:comment "Uses a cast and generates a redundant assertion on the range of p:")
(split-at xs (bitvector->natural p))
(vc)
(clear-vc!)
(code:comment "No cast and no redundant range assertion:")
(split-at-bv xs p)
(vc)
(code:comment "But the range assertion is generated when needed:")
(define-symbolic q (bitvector 4))
(split-at-bv xs q)
(vc)]}
@(kill-evaluator rosette-eval)
| Racket | 5 | lukenels/rosette | rosette/guide/scribble/datatypes/pairs.scrbl | [
"BSD-2-Clause"
] |
--TEST--
PDO PgSQL Bug #72633 (Postgres PDO lastInsertId() should work without specifying a sequence)
--EXTENSIONS--
pdo
pdo_pgsql
--SKIPIF--
<?php
require __DIR__ . '/config.inc';
require __DIR__ . '/../../../ext/pdo/tests/pdo_test.inc';
PDOTest::skip();
?>
--FILE--
<?php
require __DIR__ . '/../../../ext/pdo/tests/pdo_test.inc';
$db = PDOTest::test_factory(__DIR__ . '/common.phpt');
$db->setAttribute(PDO::ATTR_STRINGIFY_FETCHES, false);
$db->query('CREATE TABLE test_last_id (id SERIAL NOT NULL, field1 VARCHAR(10))');
$stmt = $db->prepare("INSERT INTO test_last_id (field1) VALUES ('test')");
$stmt->execute();
/**
* No sequence name informed
*/
var_dump($db->lastInsertId());
/**
* Sequence name informed
*/
var_dump($db->lastInsertId('test_last_id_id_seq'));
$db->query('DROP TABLE test_last_id');
?>
--EXPECTREGEX--
string\([0-9]*\)\ \"[0-9]*\"
string\([0-9]*\)\ \"[0-9]*\"
| PHP | 4 | NathanFreeman/php-src | ext/pdo_pgsql/tests/bug72633.phpt | [
"PHP-3.01"
] |
@Distribution("Sine Wave");
new function sineWaveDist(array, length) {
new int n = length - 1;
new float c = 2 * math.pi / n;
for i in range(length) {
array[i] = Value(int(n * (math.sin(c * i) + 1) / 2));
}
} | Opal | 4 | thatsOven/sorting-visualizer | distributions/sineWave.opal | [
"MIT"
] |
[CustomMessages]
de.IDP_FormCaption =Download zusätzlicher Dateien
de.IDP_FormDescription =Bitte warten, das Setup lädt nun zusätzliche Dateien...
de.IDP_TotalProgress =Gesamter Fortschritt:
de.IDP_CurrentFile =Aktuelle Datei:
de.IDP_File =Datei:
de.IDP_Speed =Geschwindigkeit:
de.IDP_Status =Status:
de.IDP_ElapsedTime =Vergangene Zeit:
de.IDP_RemainingTime =Verbleibende Zeit:
de.IDP_DetailsButton =Details
de.IDP_HideButton =Verstecken
de.IDP_RetryButton =Wiederholen
de.IDP_IgnoreButton =
de.IDP_KBs =kB/s
de.IDP_MBs =MB/s
de.IDP_X_of_X =%.2f von %.2f
de.IDP_KB =KB
de.IDP_MB =MB
de.IDP_GB =GB
de.IDP_Initializing =Initialisieren...
de.IDP_GettingFileInformation=Empfange Dateiinformationen...
de.IDP_StartingDownload =Starte Download...
de.IDP_Connecting =Verbinde...
de.IDP_Downloading =Downloade...
de.IDP_DownloadComplete =Download abgeschlossen
de.IDP_DownloadFailed =Download fehlgeschlagen
de.IDP_CannotConnect =Die Verbindung konnte nicht hergestellt werden
de.IDP_CancellingDownload =Download wird abgebrochen...
de.IDP_Unknown =Unbekannt
de.IDP_DownloadCancelled =Download abgebrochen
de.IDP_RetryNext =Prüfen Sie Ihre Verbindung und klicken Sie auf 'Wiederholen' für einen erneuten Versuch oder klicken Sie auf 'Weiter' um dennoch fortzusetzen.
de.IDP_RetryCancel =Prüfen Sie Ihre Verbindung und klicken Sie auf 'Wiederholen' für einen erneuten Versuch oder klicken Sie auf 'Abbrechen' um das Setup zu verlassen.
de.IDP_FilesNotDownloaded =
de.IDP_HTTPError_X =HTTP Fehler %d
de.IDP_400 =Ungültige Anforderung (400)
de.IDP_401 =Nicht autorisiert (401)
de.IDP_404 =Datei nicht gefunden (404)
;de.IDP_407 =???
de.IDP_500 =Interner Serverfehler (500)
de.IDP_502 =Falsches Gateway (502)
de.IDP_503 =Service nicht verfügbar (503)
| Inno Setup | 3 | lemalcs/Inno-download-plugin | unicode/idplang/german.iss | [
"Zlib"
] |
import { Vector3 } from '../../../../build/three.module.js';
import { InputNode } from '../core/InputNode.js';
import { NodeUtils } from '../core/NodeUtils.js';
class Vector3Node extends InputNode {
constructor( x, y, z ) {
super( 'v3' );
this.value = x instanceof Vector3 ? x : new Vector3( x, y, z );
}
generateReadonly( builder, output, uuid, type/*, ns, needsUpdate*/ ) {
return builder.format( 'vec3( ' + this.x + ', ' + this.y + ', ' + this.z + ' )', type, output );
}
copy( source ) {
super.copy( source );
this.value.copy( source );
return this;
}
toJSON( meta ) {
let data = this.getJSONNode( meta );
if ( ! data ) {
data = this.createJSONNode( meta );
data.x = this.x;
data.y = this.y;
data.z = this.z;
if ( this.readonly === true ) data.readonly = true;
}
return data;
}
}
Vector3Node.prototype.nodeType = 'Vector3';
NodeUtils.addShortcuts( Vector3Node.prototype, 'value', [ 'x', 'y', 'z' ] );
export { Vector3Node };
| JavaScript | 4 | yangmengwei925/3d | examples/jsm/nodes/inputs/Vector3Node.js | [
"MIT"
] |
#include "mpscnn_graph_mask.h"
#include "caffe2/core/operator.h"
#include "mpscnn_context.h"
#import <Metal/Metal.h>
#import <MetalPerformanceShaders/MetalPerformanceShaders.h>
#import <UIKit/UIDevice.h>
namespace caffe2 {
namespace {
enum class StorageType {
MPSTEMPORARYIMAGE, /* Default for MPSCNN */
MPSIMAGE,
CPU,
INVALID
};
string asString(StorageType st) {
switch (st) {
case StorageType::MPSTEMPORARYIMAGE:
return "MPSTEMPORARYIMAGE";
case StorageType::MPSIMAGE:
return "MPSIMAGE";
case StorageType::CPU:
return "CPU";
case StorageType::INVALID:
return "INVALID";
}
}
bool isImage(StorageType type) {
return type == StorageType::MPSTEMPORARYIMAGE ||
type == StorageType::MPSIMAGE;
}
std::unordered_map<string, std::vector<StorageType>> inputStorageTypeMap = {
{"MPSCNNGenerateProposalsCPP",
std::vector<StorageType>{StorageType::CPU,
StorageType::CPU,
StorageType::CPU,
StorageType::CPU}},
{"MPSCNNRoIWarp",
std::vector<StorageType>{StorageType::MPSTEMPORARYIMAGE,
StorageType::CPU}},
{"MPSCNNConvRelu",
std::vector<StorageType>{StorageType::MPSTEMPORARYIMAGE,
StorageType::CPU,
StorageType::CPU}},
{"MPSCNNFC",
std::vector<StorageType>{StorageType::MPSTEMPORARYIMAGE,
StorageType::CPU,
StorageType::CPU}},
{"MPSCNNConv",
std::vector<StorageType>{StorageType::MPSTEMPORARYIMAGE,
StorageType::CPU,
StorageType::CPU}},
{"MPSCNNConvTranspose",
std::vector<StorageType>{StorageType::MPSTEMPORARYIMAGE,
StorageType::CPU,
StorageType::CPU}},
{"MPSCNNMul",
std::vector<StorageType>{StorageType::MPSTEMPORARYIMAGE,
StorageType::CPU}},
{"MPSCNNSub",
std::vector<StorageType>{StorageType::MPSTEMPORARYIMAGE,
StorageType::CPU}},
{"MPSCNNNormalizePlanarYUV",
std::vector<StorageType>{StorageType::MPSTEMPORARYIMAGE,
StorageType::CPU,
StorageType::CPU}}};
std::unordered_map<string, std::vector<StorageType>> outputStorageTypeMap = {
{"MPSCNNGenerateProposalsCPP", std::vector<StorageType>{StorageType::CPU, StorageType::CPU}}};
std::vector<string> opsNeedsSync = {"MPSCNNGenerateProposalsCPP", "CopyFromMPSCNN", "CopyToMPSCNN"};
struct Analysis {
struct SSA {
using BlobVersions = std::unordered_map<std::string, size_t>;
BlobVersions inVersions;
BlobVersions outVersions;
};
struct BlobInfo {
std::vector<size_t> inUsages; // ids for operator that used the blob
StorageType storageType = StorageType::INVALID; // storage type of the blob
int commandBufferId; // the id for command buffer used by the blob
};
std::vector<SSA> ssa;
// blob name -> blob version -> blob information
std::unordered_map<std::string, std::unordered_map<size_t, BlobInfo>> blobInfoMap;
int currentCommandBufferId = 0;
};
void ssaAnalysis(Analysis& analysis, const NetDef& net) {
Analysis::SSA::BlobVersions frontier;
auto play = [&](size_t i, const OperatorDef& op) {
Analysis::SSA::BlobVersions inVersions;
for (const auto& s : op.input()) {
inVersions[s] = frontier[s];
analysis.blobInfoMap[s][frontier[s]].inUsages.push_back(i);
}
Analysis::SSA::BlobVersions outVersions;
auto isTemporaryImages = std::vector<int>();
for (auto j = 0; j < op.arg_size(); ++j) {
if (op.arg(j).name() == kMPSCNNOutputIsTempImageArg) {
for (auto k = 0; k < op.arg(j).ints_size(); ++k) {
isTemporaryImages.push_back(op.arg(j).ints(k));
}
}
}
for (auto j = 0; j < op.output_size(); j++) {
auto s = op.output(j);
if (frontier.find(s) != frontier.end()) {
frontier[s] += 1;
}
outVersions[s] = frontier[s];
if (outputStorageTypeMap.find(op.type()) != outputStorageTypeMap.end()) {
analysis.blobInfoMap[s][frontier[s]].storageType = outputStorageTypeMap[op.type()][j];
} else if (op.type() == "CopyFromMPSCNN") {
analysis.blobInfoMap[s][frontier[s]].storageType = StorageType::CPU;
} else if (isTemporaryImages.size() > 0) {
if (isTemporaryImages.at(j)) {
analysis.blobInfoMap[s][frontier[s]].storageType = StorageType::MPSTEMPORARYIMAGE;
} else {
analysis.blobInfoMap[s][frontier[s]].storageType = StorageType::MPSIMAGE;
}
} else if (op.type().find("MPSCNN") != std::string::npos) {
analysis.blobInfoMap[s][frontier[s]].storageType = StorageType::MPSTEMPORARYIMAGE;
} else {
analysis.blobInfoMap[s][frontier[s]].storageType = StorageType::CPU;
}
VLOG(2) << op.type() << " outputBlobTypes:" << s << " " << frontier[s]
<< " "
<< asString(analysis.blobInfoMap[s][frontier[s]].storageType);
}
analysis.ssa.push_back(Analysis::SSA{inVersions, outVersions});
};
for (auto i = 0; i < net.op_size(); ++i) {
play(i, net.op(i));
}
}
static void rewriteOutput(OperatorDef* op, int i) {
auto output = op->output(i);
op->set_output(i, output + "_M");
}
static void rewriteInput(OperatorDef* op, int i) {
auto input = op->input(i);
op->set_input(i, input + "_I");
}
static void insertOutputCopyFromMPSCNNOp(NetDef& predictNet, const std::string& cpu_blob) {
auto* op = predictNet.add_op();
op->set_type("CopyFromMPSCNN");
op->add_input(cpu_blob + "_M");
op->add_output(cpu_blob);
}
static void insertInputCopyFromMPSCNNOp(NetDef& predictNet, const std::string& cpu_blob) {
auto* op = predictNet.add_op();
op->set_type("CopyFromMPSCNN");
op->add_input(cpu_blob);
op->add_output(cpu_blob + "_I");
}
static void insertInputCopyToMPSCNNOp(NetDef& predictNet, const std::string& gpu_blob) {
auto* op = predictNet.add_op();
op->set_type("CopyToMPSCNN");
op->add_input(gpu_blob);
op->add_output(gpu_blob + "_I");
}
void commandBufferAnalysis(Analysis& analysis, NetDef& def) {
analysis.currentCommandBufferId = 0;
analysis.blobInfoMap[def.op(0).input(0)][0].commandBufferId = analysis.currentCommandBufferId;
for (auto i = 0; i < def.op_size(); ++i) {
auto op = def.op(i);
if (std::find(opsNeedsSync.begin(), opsNeedsSync.end(), op.type()) != opsNeedsSync.end()) {
analysis.currentCommandBufferId += 1;
for (auto j = 0; j < op.output_size(); ++j) {
auto outputBlob = op.output(j);
auto version = analysis.ssa[i].outVersions[outputBlob];
analysis.blobInfoMap[outputBlob][version].commandBufferId = analysis.currentCommandBufferId;
}
} else {
int inputCommandBufferId = 0;
for (auto j = 0; j < op.input_size(); ++j) {
auto inputBlob = op.input(j);
auto version = analysis.ssa[i].inVersions[inputBlob];
if (analysis.blobInfoMap.find(inputBlob) != analysis.blobInfoMap.end() &&
analysis.blobInfoMap[inputBlob][version].storageType == StorageType::MPSIMAGE) {
analysis.currentCommandBufferId += 1;
inputCommandBufferId = analysis.currentCommandBufferId;
} else {
inputCommandBufferId =
fmax(inputCommandBufferId, analysis.blobInfoMap[inputBlob][version].commandBufferId);
}
}
// command buffer same as input
for (auto j = 0; j < op.output_size(); ++j) {
auto outputBlob = op.output(j);
auto version = analysis.ssa[i].outVersions[outputBlob];
analysis.blobInfoMap[outputBlob][version].commandBufferId = inputCommandBufferId;
}
}
for (auto j = 0; j < op.output_size(); ++j) {
auto outputBlob = op.output(j);
auto version = analysis.ssa[i].outVersions[outputBlob];
VLOG(2) << "command buffer analysis: " << outputBlob << " " << version << " "
<< analysis.blobInfoMap[outputBlob][version].commandBufferId;
}
}
}
void analyzeNet(Analysis& analysis, NetDef& net) {
analysis.ssa.clear();
analysis.blobInfoMap.clear();
ssaAnalysis(analysis, net);
commandBufferAnalysis(analysis, net);
}
NetDef mergeCopyFromMPSCNN(Analysis& analysis, NetDef& def) {
analyzeNet(analysis, def);
// command buffer id -> op id
std::unordered_map<int, std::vector<size_t>> commandBufferToOps;
// For CopyFromMPSCNN, find the command buffer id each input blob uses. and
// aggreagate the ops with the same command buffer
for (auto i = 0; i < def.op_size(); ++i) {
auto op = def.op(i);
if (op.type() == "CopyFromMPSCNN") {
auto blobName = op.input(0);
auto version = analysis.ssa[i].inVersions[blobName];
auto commandId = analysis.blobInfoMap[blobName][version].commandBufferId;
VLOG(2) << "Command buffer to ops:" << blobName << " " << version << " " << commandId;
if (commandBufferToOps.find(commandId) == commandBufferToOps.end()) {
commandBufferToOps[commandId] = std::vector<size_t>();
}
commandBufferToOps[commandId].push_back(i);
}
}
std::vector<size_t> opsToRemove;
for (auto item : commandBufferToOps) {
auto commandBufferId = item.first;
auto ops = item.second;
if (ops.size() > 1) {
VLOG(2) << "Merging for command buffer:" << commandBufferId;
// Let's use the first input as an indicator whether the data is for
// external output or internal use, if the data used by intermediate node,
// we want to keep the first operator, otherwise, we want to keep
// the last operator.
// [LATER]There might be cases when some of the data is for external output and
// others used by intermediate node, we'll need to have better heuristics
// for these cases.
auto externalUse = false;
auto firstCopy = def.op(ops[0]);
auto firstOutput = firstCopy.output(0);
for (auto i = 0; i < def.external_output_size(); ++i) {
if (def.external_output(i) == firstOutput) {
externalUse = true;
}
}
int removeStart, removeEnd, keepIndex;
if (externalUse) {
// change the last op into the new op and remove the other ops;
removeStart = 0;
removeEnd = ops.size() - 1;
keepIndex = ops[removeEnd];
} else {
removeStart = 1;
removeEnd = ops.size();
keepIndex = ops[removeStart - 1];
}
auto* op = def.mutable_op(keepIndex);
auto inputOutputs = std::set<std::pair<string, string>>();
for (auto i = removeStart; i < removeEnd; ++i) {
auto op0 = def.op(ops[i]);
if (op0.input(0) != op->input(0)) {
inputOutputs.insert(make_pair(op0.input(0), op0.output(0)));
}
}
for (auto inputOutput : inputOutputs) {
op->add_input(inputOutput.first);
op->add_output(inputOutput.second);
}
for (auto i = removeStart; i < removeEnd; ++i) {
opsToRemove.push_back(ops[i]);
}
}
}
NetDef mdef;
mdef.CopyFrom(def);
mdef.clear_op();
for (auto i = 0; i < def.op_size(); ++i) {
if (std::find(opsToRemove.begin(), opsToRemove.end(), i) == opsToRemove.end()) {
const auto& ogOp = def.op(i);
auto op = mdef.add_op();
op->CopyFrom(ogOp);
}
}
return mdef;
}
/* Remove the CopyToMPSCNN ops that has the same input/output version
*/
NetDef mergeCopyToMPSCNN(Analysis& analysis, NetDef& def) {
std::vector<size_t> opsToRemove;
std::set<std::pair<string, size_t>> copiedBlobs;
for (auto i = 0; i < def.op_size(); ++i) {
auto op = def.op(i);
if (def.op(i).type() == "CopyToMPSCNN") {
auto blobName = op.input(0);
auto version = analysis.ssa[i].inVersions[blobName];
auto pair = make_pair(blobName, version);
if (std::find(copiedBlobs.begin(), copiedBlobs.end(), pair) == copiedBlobs.end()) {
copiedBlobs.insert(pair);
} else {
opsToRemove.push_back(i);
}
}
}
NetDef mdef;
mdef.CopyFrom(def);
mdef.clear_op();
for (auto i = 0; i < def.op_size(); ++i) {
if (std::find(opsToRemove.begin(), opsToRemove.end(), i) == opsToRemove.end()) {
const auto& ogOp = def.op(i);
auto op = mdef.add_op();
op->CopyFrom(ogOp);
}
}
return mdef;
}
bool addTempImageArgs(Analysis& analysis, NetDef& def) {
analyzeNet(analysis, def);
std::vector<int> synced; // synced command buffer ids;
std::set<std::pair<string, size_t>> mpsImageBlobs; // blobname, version
// We want to add temp arg one by one since it changes the command buffer id
// for later operators.
bool found = false;
// identify the images that the command buffer is synced before
for (auto i = 0; i < def.op_size(); ++i) {
auto op = def.op(i);
if (op.type().find("MPSCNN") == string::npos) {
continue;
}
for (auto j = 0; j < op.input_size(); ++j) {
auto inputBlob = op.input(j);
auto version = analysis.ssa[i].inVersions[inputBlob];
auto commandId = analysis.blobInfoMap[inputBlob][version].commandBufferId;
if (std::find(opsNeedsSync.begin(), opsNeedsSync.end(), op.type()) != opsNeedsSync.end()) {
synced.push_back(commandId);
break;
}
if (std::find(synced.begin(), synced.end(), commandId) != synced.end() &&
analysis.blobInfoMap.find(inputBlob) != analysis.blobInfoMap.end() &&
analysis.blobInfoMap[inputBlob][version].storageType == StorageType::MPSTEMPORARYIMAGE) {
VLOG(2) << "mpsimage blob:" << inputBlob << " " << version << " "
<< "input " << j << " command: " << commandId;
mpsImageBlobs.insert(make_pair(inputBlob, version));
found = true;
}
}
if (found) {
break;
}
}
// find the blob and add argument
if (found) {
for (auto i = 0; i < def.op_size(); ++i) {
auto op = def.mutable_op(i);
std::vector<int> isTempImages;
bool setArg = false;
for (auto j = 0; j < op->output_size(); ++j) {
auto outputBlob = op->output(j);
auto version = analysis.ssa[i].outVersions[outputBlob];
if (mpsImageBlobs.find(make_pair(outputBlob, version)) != mpsImageBlobs.end()) {
setArg = true;
isTempImages.push_back(0);
} else {
isTempImages.push_back(1);
}
}
if (setArg) {
auto& arg = *(op->add_arg());
arg.set_name(kMPSCNNOutputIsTempImageArg);
for (auto j = 0; j < isTempImages.size(); ++j) {
arg.add_ints(isTempImages[j]);
}
}
}
}
return found;
}
NetDef insertCopies(const NetDef& def) {
// For this version, we insert CopyFromMPSCNN both for
// intermediate nodes and the output node when necessary
CAFFE_ENFORCE_GE(def.external_input_size(), 1);
CAFFE_ENFORCE_GE(def.external_output_size(), 1);
Analysis analysis;
ssaAnalysis(analysis, def);
CAFFE_ENFORCE_GE(def.op_size(), 1);
const auto& outputBlob = def.external_output(0);
const auto& outputBlobVersion = analysis.ssa.back().outVersions[outputBlob];
// This should hold true by definition of the SSA analysis.
CAFFE_ENFORCE(analysis.blobInfoMap[outputBlob].find(outputBlobVersion) ==
analysis.blobInfoMap[outputBlob].end() ||
analysis.blobInfoMap[outputBlob][outputBlobVersion].inUsages.size() == 0);
NetDef mdef;
mdef.CopyFrom(def);
mdef.clear_op();
const auto& opKeyList = CPUOperatorRegistry()->Keys();
const auto& opKeySet = std::set<std::string>(opKeyList.begin(), opKeyList.end());
for (auto i = 0; i < def.op_size(); ++i) {
const auto& ogOp = def.op(i);
auto inputsToRewrite = std::vector<int>();
for (auto j = 0; j < ogOp.input_size(); j++) {
// The blob storage type accepted by the operator
auto expectedBlobType = StorageType::MPSTEMPORARYIMAGE;
// The storage type for blob produced by previous operators
// if it's not produced by previous operators, then it should be network
// parameters which are stored in CPU
auto actualBlobType = StorageType::CPU;
// For non-mpscnn operators, we assume the expected storage type to be CPU
if (ogOp.type().find("MPSCNN") == std::string::npos) {
expectedBlobType = StorageType::CPU;
}
auto inputBlob = ogOp.input(j);
auto version = analysis.ssa[i].inVersions[inputBlob];
// Check whether the blob is produced by previous operators
if (analysis.blobInfoMap.find(inputBlob) != analysis.blobInfoMap.end() &&
analysis.blobInfoMap[inputBlob][version].storageType != StorageType::INVALID) {
actualBlobType = analysis.blobInfoMap[inputBlob][version].storageType;
VLOG(2) << "Found " << inputBlob << " " << j << " with type"
<< asString(actualBlobType);
}
if (inputStorageTypeMap.find(ogOp.type()) != inputStorageTypeMap.end()) {
expectedBlobType = inputStorageTypeMap[ogOp.type()][j];
}
if (expectedBlobType != actualBlobType) {
if (expectedBlobType == StorageType::CPU && (isImage(actualBlobType))) {
// copy input(MPSCNN) to input_I(CPU)
insertInputCopyFromMPSCNNOp(mdef, ogOp.input(j));
// rewrite input to input_I for the operator
inputsToRewrite.push_back(j);
} else if (
isImage(expectedBlobType) && actualBlobType == StorageType::CPU) {
insertInputCopyToMPSCNNOp(mdef, ogOp.input(j));
inputsToRewrite.push_back(j);
} // We don't need to insert copies in other cases
}
}
auto op = mdef.add_op();
op->CopyFrom(ogOp);
for (auto j = 0; j < inputsToRewrite.size(); ++j) {
rewriteInput(op, inputsToRewrite[j]);
}
// rewrite name for (single) external input
if (op->type().find("MPSCNN") != std::string::npos &&
opKeySet.find(op->type()) != opKeySet.end()) {
// input used by multiple ops
const auto& inputBlob = def.external_input(0);
if (std::find(analysis.blobInfoMap[inputBlob][0].inUsages.begin(),
analysis.blobInfoMap[inputBlob][0].inUsages.end(),
i) != analysis.blobInfoMap[inputBlob][0].inUsages.end()) {
for (auto j = 0; j < op->input_size(); ++j) {
if (op->input(j) == def.external_input(0)) {
op->set_input(j, "__METAL_INPUT_COPY__");
}
}
}
}
// if the output is in external output, copy from metal when necessary
for (auto j = 0; j < op->output_size(); ++j) {
for (auto k = 0; k < def.external_output_size(); ++k) {
// Assuming external output blob has unique name, e.g. only version 0
// of the blob is used as the output
if (op->output(j) == def.external_output(k) &&
analysis.blobInfoMap[op->output(j)][0].storageType != StorageType::CPU) {
// copy output_M(MPSCNN) to output(CPU)
insertOutputCopyFromMPSCNNOp(mdef, op->output(j));
// rewrite output to output_M for the operator
rewriteOutput(op, j);
}
}
}
}
// Since adding temp image arg changes the result for command buffer analysis,
// which is the analysis the function is based on, we'll add one temp image
// arg at a time and re-run ssa analysis after each and repeat the process
// until convergence
int i = 0;
while (addTempImageArgs(analysis, mdef) && i < 3 * mdef.op_size()) {
i++;
};
mdef = mergeCopyFromMPSCNN(analysis, mdef);
mdef = mergeCopyToMPSCNN(analysis, mdef);
return mdef;
}
NetDef rewriteForMetalI(const NetDef& def) {
NetDef mdef;
mdef.CopyFrom(def);
const auto& opKeyList = CPUOperatorRegistry()->Keys();
const auto& opKeySet = std::set<std::string>(opKeyList.begin(), opKeyList.end());
for (auto i = 0; i < mdef.op_size(); ++i) {
auto* op = mdef.mutable_op(i);
const auto mpscnnOp = std::string("MPSCNN") + op->type();
if (opKeySet.find(mpscnnOp) != opKeySet.end()) {
op->set_type(mpscnnOp);
}
}
static std::set<std::string> mpscnnInputOps = {
"CopyToMPSCNN", "MPSCNNPackedInt8BGRANHWCToNCHWCStylizerPreprocess"};
mdef = insertCopies(mdef);
mdef = runMPSCNNFusion(mdef);
mdef = setSpecialArgs(mdef);
CAFFE_ENFORCE_GE(mdef.op_size(), 2);
CAFFE_ENFORCE(mpscnnInputOps.find(mdef.op(0).type()) != mpscnnInputOps.end());
return mdef;
}
} // namespace
NetDef setSpecialArgs(const NetDef& def) {
NetDef mdef;
mdef.CopyFrom(def);
for (auto i = 0; i < mdef.op_size(); ++i) {
auto* op = mdef.mutable_op(i);
// setting post_nms_top_N for MPSCNNGenerateProposalsCPP to 36 due to the
// texture array length constraint in RoIWarp
if (op->type() == "MPSCNNGenerateProposalsCPP" || op->type() == "GenerateProposalsCPP") {
auto* arg = op->mutable_arg(0);
arg->set_i(36);
}
}
return mdef;
}
bool tryConvertToMPSCNNIntermediateCopies(const NetDef& initNet,
const NetDef& predictNet,
NetDef* metalPredictNet) {
// iOS 10.0 and above.
#define SYSTEM_VERSION_GREATER_THAN_OR_EQUAL_TO(v) \
([[[UIDevice currentDevice] systemVersion] compare:v options:NSNumericSearch] != \
NSOrderedAscending)
#define SYSTEM_VERSION_EQUAL_TO(v) \
([[[UIDevice currentDevice] systemVersion] compare:v options:NSNumericSearch] == NSOrderedSame)
if (!SYSTEM_VERSION_GREATER_THAN_OR_EQUAL_TO(@"11.0")) {
LOG(ERROR) << "MPSCNN is only supported for ios version above 11.0.";
return false;
}
#undef SYSTEM_VERSION_GREATER_THAN_OR_EQUAL_TO
#undef SYSTEM_VERSION_EQUAL_TO
// The iOS GPU Family 3 v2 feature set. Introduced with the Apple A9 GPU and iOS 10.0.
// Don't instantiate the MPSCNNContext, as that compiles the kernel source.
if (![MTLCreateSystemDefaultDevice() supportsFeatureSet:MTLFeatureSet_iOS_GPUFamily3_v2]) {
LOG(ERROR) << "The iOS GPU is less than an A9, so MPSCNN is not available";
return false;
}
try {
// Instantiating the net and catching failures allows us to
Workspace ws;
ws.RunNetOnce(initNet);
// Throws if unsupported operators are found.
*metalPredictNet = rewriteForMetalI(predictNet);
*metalPredictNet = annotateDefWithReadCounts(*metalPredictNet);
// Throws if unsupported parameters are found.
ws.CreateNet(*metalPredictNet);
LOG(INFO) << "MPSCNN is successfully enabled";
return true;
} catch (const std::exception& e) {
LOG(ERROR) << "Caught exception trying to convert NetDef to MPSCNN: " << e.what();
return false;
}
}
} // caffe2
| Objective-C++ | 4 | Hacky-DH/pytorch | caffe2/mobile/contrib/ios/mpscnn/mpscnn_graph_mask.mm | [
"Intel"
] |
#! /bin/bash
DIR="$(cd "$(dirname "${BASH_SOURCE[0]}")" && pwd)"
cd "${DIR}/.."
source "${DIR}/apollo_base.sh"
cyber_launch start /apollo/modules/localization/launch/msf_visualizer.launch
| Shell | 4 | jzjonah/apollo | scripts/localization_online_visualizer.sh | [
"Apache-2.0"
] |
// Copyright 2020 the V8 project authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
#include "include/cppgc/internal/name-trait.h"
#include <stdio.h>
#include "src/base/logging.h"
#include "src/base/macros.h"
namespace cppgc {
// static
constexpr const char NameProvider::kHiddenName[];
// static
constexpr const char NameProvider::kNoNameDeducible[];
namespace internal {
// static
HeapObjectName NameTraitBase::GetNameFromTypeSignature(const char* signature) {
// Parsing string of structure:
// static HeapObjectName NameTrait<int>::GetNameFor(...) [T = int]
if (!signature) return {NameProvider::kNoNameDeducible, true};
const std::string raw(signature);
const auto start_pos = raw.rfind("T = ") + 4;
DCHECK_NE(std::string::npos, start_pos);
const auto len = raw.length() - start_pos - 1;
const std::string name = raw.substr(start_pos, len).c_str();
char* name_buffer = new char[name.length() + 1];
int written = snprintf(name_buffer, name.length() + 1, "%s", name.c_str());
DCHECK_EQ(static_cast<size_t>(written), name.length());
USE(written);
return {name_buffer, false};
}
} // namespace internal
} // namespace cppgc
| C++ | 4 | LancerWang001/v8 | src/heap/cppgc/name-trait.cc | [
"BSD-3-Clause"
] |
#!/usr/bin/env sage
def t(a, p, e):
b = pow(p, e)
if p == 2:
if a == 0: return 2
if a % 4 == 1: return b / gcd(a - 1, b)
if a % 4 == 3: return b / gcd(a + 1, b)
if p == 5:
if a % 5 == 1: return b / gcd(a - 1, b)
if a % 5 == 4: return 2 * b / gcd(a + 1, b)
if a % 5 == 2: return 4 * b / gcd(a * a + 1, b)
if a % 5 == 3: return 4 * b / gcd(a * a + 1, b)
if a % p == 1: return b / gcd(a - 1, b)
if a % p == p - 1: return 2 * b / gcd(a + 1, b)
for T in range(int(raw_input())):
x, a, c, m = map(int, raw_input().split())
d = gcd(x * (a - 1) + c, m)
q = []
for p, e in factor(m/d):
k = pow(p, e)
try:
l = t(a, p, e)
if l is None:
l = Mod(a, k).multiplicative_order()
except:
l = 1
q.append(gcd(a - 1, k) * l)
p = lcm(q)
ap = int(pow(a, int(p), m * (a - 1)))
xn = (ap * x + (ap - 1) * c / (a - 1)) % m
while xn != x:
p += 1
x = (x * a + c) % m
xn = (xn * a + c) % m
print('Case #{}: {}'.format(T + 1, p + 1))
| Sage | 3 | Ashindustry007/competitive-programming | tuenti/tuenti-challenge-8/15.sage | [
"WTFPL"
] |
[workspace]
members = [
"crates/core",
"crates/napi",
"crates/wasm"
]
[profile.dev.package.swc_css_prefixer]
opt-level = 2
[profile.release]
lto = true | TOML | 2 | nazarepiedady/next.js | packages/next-swc/Cargo.toml | [
"MIT"
] |
import { ReactComponent } from "./{{name}}.svg";
export default ReactComponent;
| Harbour | 3 | amish-rabbi/18xx-maker | src/data/logos/svg.js.hb | [
"MIT"
] |
domain: "{ S1[i0, i1, i2] : 2i2 = i0 - i1 and i1 >= 1 and i1 <= 3 and i1 <= -2 + i0 and i1 >= -6 + i0 }"
child:
context: "{ [] }"
child:
schedule: "[{ S1[i0, i1, i2] -> [(i0)] }, { S1[i0, i1, i2] -> [(i1)] }, { S1[i0, i1, i2] -> [(i2)] }]"
options: "{ separate[i0] }"
| Smalltalk | 2 | chelini/isl-haystack | test_inputs/codegen/cloog/reservoir-bastoul3.st | [
"MIT"
] |
mob
Login()
world << "Hello World"
| DM | 0 | Gabrielarodrigues10/ga | d/DreamMaker.dm | [
"MIT"
] |
<%--
Copyright 2012 Netflix, Inc.
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
--%>
<tr class="prop advanced ${subnetPurposes ? '' : 'concealed'}">
<td class="name">
VPC:
</td>
<td>
<div>
<g:radio name="subnetPurpose" id="subnetRadioNonVpc" value="" data-vpcid="" data-purpose="" checked="${!subnetPurpose}"/>
<label class="choice">${awsAction} non-VPC ${awsObject}</label>
</div>
<g:each var="purpose" in="${subnetPurposes}">
<div>
<g:radio name="subnetPurpose" id="subnetRadio${purpose}" value="${purpose}" data-vpcid="${purposeToVpcId[purpose]}"
data-purpose="${purpose}" checked="${subnetPurpose == purpose ? 'true' : ''}"/>
<label class="choice">${awsAction} '${purpose}' VPC ${awsObject}</label>
</div>
</g:each>
</td>
</tr>
| Groovy Server Pages | 3 | michaelneale/asgard | grails-app/views/common/_vpcSelection.gsp | [
"Apache-2.0"
] |
import createSvgIcon from './utils/createSvgIcon';
import { jsx as _jsx } from "react/jsx-runtime";
export default createSvgIcon([/*#__PURE__*/_jsx("path", {
d: "M7 19c-1.1 0-2 .9-2 2h14c0-1.1-.9-2-2-2h-4v-2h3c1.1 0 2-.9 2-2h-8c-1.66 0-3-1.34-3-3 0-1.09.59-2.04 1.46-2.56C8.17 9.03 8 8.54 8 8c0-.21.04-.42.09-.62C6.28 8.13 5 9.92 5 12c0 2.76 2.24 5 5 5v2H7z"
}, "0"), /*#__PURE__*/_jsx("path", {
d: "M10.56 5.51C11.91 5.54 13 6.64 13 8c0 .75-.33 1.41-.85 1.87l.59 1.62.94-.34.34.94 1.88-.68-.34-.94.94-.34-2.74-7.53-.94.34-.34-.94-1.88.68.34.94-.94.35.56 1.54z"
}, "1"), /*#__PURE__*/_jsx("circle", {
cx: "10.5",
cy: "8",
r: "1.5"
}, "2")], 'Biotech'); | JavaScript | 3 | good-gym/material-ui | packages/material-ui-icons/lib/esm/Biotech.js | [
"MIT"
] |
$ErrorActionPreference = 'Stop'; # stop on all errors
Uninstall-BinFile -Name serverless
Uninstall-BinFile -Name sls
| PowerShell | 3 | Arun-kc/serverless | scripts/pkg/choco-package-template/tools/chocolateyuninstall.ps1 | [
"MIT"
] |
unit Antlr.Runtime.Tree;
(*
[The "BSD licence"]
Copyright (c) 2008 Erik van Bilsen
Copyright (c) 2005-2007 Kunle Odutola
All rights reserved.
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions
are met:
1. Redistributions of source code MUST RETAIN the above copyright
notice, this list of conditions and the following disclaimer.
2. Redistributions in binary form MUST REPRODUCE the above copyright
notice, this list of conditions and the following disclaimer in
the documentation and/or other materials provided with the
distribution.
3. The name of the author may not be used to endorse or promote products
derived from this software without specific prior WRITTEN permission.
4. Unless explicitly state otherwise, any contribution intentionally
submitted for inclusion in this work to the copyright owner or licensor
shall be under the terms and conditions of this license, without any
additional terms or conditions.
THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR
IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES
OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT,
INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT
NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF
THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*)
interface
{$IF CompilerVersion < 20}
{$MESSAGE ERROR 'You need Delphi 2009 or higher to use the Antlr runtime'}
{$IFEND}
uses
Classes,
SysUtils,
Antlr.Runtime,
Antlr.Runtime.Tools,
Antlr.Runtime.Collections;
type
/// <summary>
/// How to create and navigate trees. Rather than have a separate factory
/// and adaptor, I've merged them. Makes sense to encapsulate.
///
/// This takes the place of the tree construction code generated in the
/// generated code in 2.x and the ASTFactory.
///
/// I do not need to know the type of a tree at all so they are all
/// generic Objects. This may increase the amount of typecasting needed. :(
/// </summary>
ITreeAdaptor = interface(IANTLRInterface)
['{F9DEB286-F555-4CC8-A51A-93F3F649B248}']
{ Methods }
// C o n s t r u c t i o n
/// <summary>
/// Create a tree node from Token object; for CommonTree type trees,
/// then the token just becomes the payload.
/// </summary>
/// <remarks>
/// This is the most common create call. Override if you want another kind of node to be built.
/// </remarks>
function CreateNode(const Payload: IToken): IANTLRInterface; overload;
/// <summary>Duplicate a single tree node </summary>
/// <remarks> Override if you want another kind of node to be built.</remarks>
function DupNode(const TreeNode: IANTLRInterface): IANTLRInterface;
/// <summary>Duplicate tree recursively, using DupNode() for each node </summary>
function DupTree(const Tree: IANTLRInterface): IANTLRInterface;
/// <summary>
/// Return a nil node (an empty but non-null node) that can hold
/// a list of element as the children. If you want a flat tree (a list)
/// use "t=adaptor.nil(); t.AddChild(x); t.AddChild(y);"
/// </summary>
function GetNilNode: IANTLRInterface;
/// <summary>
/// Return a tree node representing an error. This node records the
/// tokens consumed during error recovery. The start token indicates the
/// input symbol at which the error was detected. The stop token indicates
/// the last symbol consumed during recovery.
/// </summary>
/// <remarks>
/// <para>You must specify the input stream so that the erroneous text can
/// be packaged up in the error node. The exception could be useful
/// to some applications; default implementation stores ptr to it in
/// the CommonErrorNode.</para>
///
/// <para>This only makes sense during token parsing, not tree parsing.
/// Tree parsing should happen only when parsing and tree construction
/// succeed.</para>
/// </remarks>
function ErrorNode(const Input: ITokenStream; const Start, Stop: IToken;
const E: ERecognitionException): IANTLRInterface;
/// <summary>
/// Is tree considered a nil node used to make lists of child nodes?
/// </summary>
function IsNil(const Tree: IANTLRInterface): Boolean;
/// <summary>
/// Add a child to the tree t. If child is a flat tree (a list), make all
/// in list children of t.
/// </summary>
/// <remarks>
/// <para>
/// Warning: if t has no children, but child does and child isNil then you
/// can decide it is ok to move children to t via t.children = child.children;
/// i.e., without copying the array. Just make sure that this is consistent
/// with have the user will build ASTs. Do nothing if t or child is null.
/// </para>
/// <para>
/// This is for construction and I'm not sure it's completely general for
/// a tree's addChild method to work this way. Make sure you differentiate
/// between your tree's addChild and this parser tree construction addChild
/// if it's not ok to move children to t with a simple assignment.
/// </para>
/// </remarks>
procedure AddChild(const T, Child: IANTLRInterface);
/// <summary>
/// If oldRoot is a nil root, just copy or move the children to newRoot.
/// If not a nil root, make oldRoot a child of newRoot.
/// </summary>
/// <remarks>
///
/// old=^(nil a b c), new=r yields ^(r a b c)
/// old=^(a b c), new=r yields ^(r ^(a b c))
///
/// If newRoot is a nil-rooted single child tree, use the single
/// child as the new root node.
///
/// old=^(nil a b c), new=^(nil r) yields ^(r a b c)
/// old=^(a b c), new=^(nil r) yields ^(r ^(a b c))
///
/// If oldRoot was null, it's ok, just return newRoot (even if isNil).
///
/// old=null, new=r yields r
/// old=null, new=^(nil r) yields ^(nil r)
///
/// Return newRoot. Throw an exception if newRoot is not a
/// simple node or nil root with a single child node--it must be a root
/// node. If newRoot is ^(nil x) return x as newRoot.
///
/// Be advised that it's ok for newRoot to point at oldRoot's
/// children; i.e., you don't have to copy the list. We are
/// constructing these nodes so we should have this control for
/// efficiency.
/// </remarks>
function BecomeRoot(const NewRoot, OldRoot: IANTLRInterface): IANTLRInterface; overload;
/// <summary>
/// Given the root of the subtree created for this rule, post process
/// it to do any simplifications or whatever you want. A required
/// behavior is to convert ^(nil singleSubtree) to singleSubtree
/// as the setting of start/stop indexes relies on a single non-nil root
/// for non-flat trees.
///
/// Flat trees such as for lists like "idlist : ID+ ;" are left alone
/// unless there is only one ID. For a list, the start/stop indexes
/// are set in the nil node.
///
/// This method is executed after all rule tree construction and right
/// before SetTokenBoundaries().
/// </summary>
function RulePostProcessing(const Root: IANTLRInterface): IANTLRInterface;
/// <summary>
/// For identifying trees. How to identify nodes so we can say "add node
/// to a prior node"?
/// </summary>
/// <remarks>
/// Even BecomeRoot is an issue. Ok, we could:
/// <list type="number">
/// <item>Number the nodes as they are created?</item>
/// <item>
/// Use the original framework assigned hashcode that's unique
/// across instances of a given type.
/// WARNING: This is usually implemented either as IL to make a
/// non-virt call to object.GetHashCode() or by via a call to
/// System.Runtime.CompilerServices.RuntimeHelpers.GetHashCode().
/// Both have issues especially on .NET 1.x and Mono.
/// </item>
/// </list>
/// </remarks>
function GetUniqueID(const Node: IANTLRInterface): Integer;
// R e w r i t e R u l e s
/// <summary>
/// Create a node for newRoot make it the root of oldRoot.
/// If oldRoot is a nil root, just copy or move the children to newRoot.
/// If not a nil root, make oldRoot a child of newRoot.
///
/// Return node created for newRoot.
/// </summary>
function BecomeRoot(const NewRoot: IToken; const OldRoot: IANTLRInterface): IANTLRInterface; overload;
/// <summary>Create a new node derived from a token, with a new token type.
/// This is invoked from an imaginary node ref on right side of a
/// rewrite rule as IMAG[$tokenLabel].
///
/// This should invoke createToken(Token).
/// </summary>
function CreateNode(const TokenType: Integer; const FromToken: IToken): IANTLRInterface; overload;
/// <summary>Same as Create(tokenType,fromToken) except set the text too.
/// This is invoked from an imaginary node ref on right side of a
/// rewrite rule as IMAG[$tokenLabel, "IMAG"].
///
/// This should invoke createToken(Token).
/// </summary>
function CreateNode(const TokenType: Integer; const FromToken: IToken;
const Text: String): IANTLRInterface; overload;
/// <summary>Create a new node derived from a token, with a new token type.
/// This is invoked from an imaginary node ref on right side of a
/// rewrite rule as IMAG["IMAG"].
///
/// This should invoke createToken(int,String).
/// </summary>
function CreateNode(const TokenType: Integer; const Text: String): IANTLRInterface; overload;
// C o n t e n t
/// <summary>For tree parsing, I need to know the token type of a node </summary>
function GetNodeType(const T: IANTLRInterface): Integer;
/// <summary>Node constructors can set the type of a node </summary>
procedure SetNodeType(const T: IANTLRInterface; const NodeType: Integer);
function GetNodeText(const T: IANTLRInterface): String;
/// <summary>Node constructors can set the text of a node </summary>
procedure SetNodeText(const T: IANTLRInterface; const Text: String);
/// <summary>
/// Return the token object from which this node was created.
/// </summary>
/// <remarks>
/// Currently used only for printing an error message. The error
/// display routine in BaseRecognizer needs to display where the
/// input the error occurred. If your tree of limitation does not
/// store information that can lead you to the token, you can create
/// a token filled with the appropriate information and pass that back.
/// <see cref="BaseRecognizer.GetErrorMessage"/>
/// </remarks>
function GetToken(const TreeNode: IANTLRInterface): IToken;
/// <summary>
/// Where are the bounds in the input token stream for this node and
/// all children?
/// </summary>
/// <remarks>
/// Each rule that creates AST nodes will call this
/// method right before returning. Flat trees (i.e., lists) will
/// still usually have a nil root node just to hold the children list.
/// That node would contain the start/stop indexes then.
/// </remarks>
procedure SetTokenBoundaries(const T: IANTLRInterface; const StartToken,
StopToken: IToken);
/// <summary>
/// Get the token start index for this subtree; return -1 if no such index
/// </summary>
function GetTokenStartIndex(const T: IANTLRInterface): Integer;
/// <summary>
/// Get the token stop index for this subtree; return -1 if no such index
/// </summary>
function GetTokenStopIndex(const T: IANTLRInterface): Integer;
// N a v i g a t i o n / T r e e P a r s i n g
/// <summary>Get a child 0..n-1 node </summary>
function GetChild(const T: IANTLRInterface; const I: Integer): IANTLRInterface;
/// <summary>Set ith child (0..n-1) to t; t must be non-null and non-nil node</summary>
procedure SetChild(const T: IANTLRInterface; const I: Integer; const Child: IANTLRInterface);
/// <summary>Remove ith child and shift children down from right.</summary>
function DeleteChild(const T: IANTLRInterface; const I: Integer): IANTLRInterface;
/// <summary>How many children? If 0, then this is a leaf node </summary>
function GetChildCount(const T: IANTLRInterface): Integer;
/// <summary>
/// Who is the parent node of this node; if null, implies node is root.
/// </summary>
/// <remarks>
/// If your node type doesn't handle this, it's ok but the tree rewrites
/// in tree parsers need this functionality.
/// </remarks>
function GetParent(const T: IANTLRInterface): IANTLRInterface;
procedure SetParent(const T, Parent: IANTLRInterface);
/// <summary>
/// What index is this node in the child list? Range: 0..n-1
/// </summary>
/// <remarks>
/// If your node type doesn't handle this, it's ok but the tree rewrites
/// in tree parsers need this functionality.
/// </remarks>
function GetChildIndex(const T: IANTLRInterface): Integer;
procedure SetChildIdex(const T: IANTLRInterface; const Index: Integer);
/// <summary>
/// Replace from start to stop child index of parent with t, which might
/// be a list. Number of children may be different after this call.
/// </summary>
/// <remarks>
/// If parent is null, don't do anything; must be at root of overall tree.
/// Can't replace whatever points to the parent externally. Do nothing.
/// </remarks>
procedure ReplaceChildren(const Parent: IANTLRInterface; const StartChildIndex,
StopChildIndex: Integer; const T: IANTLRInterface);
end;
/// <summary>A stream of tree nodes, accessing nodes from a tree of some kind </summary>
ITreeNodeStream = interface(IIntStream)
['{75EA5C06-8145-48F5-9A56-43E481CE86C6}']
{ Property accessors }
function GetTreeSource: IANTLRInterface;
function GetTokenStream: ITokenStream;
function GetTreeAdaptor: ITreeAdaptor;
procedure SetHasUniqueNavigationNodes(const Value: Boolean);
{ Methods }
/// <summary>Get a tree node at an absolute index i; 0..n-1.</summary>
/// <remarks>
/// If you don't want to buffer up nodes, then this method makes no
/// sense for you.
/// </remarks>
function Get(const I: Integer): IANTLRInterface;
/// <summary>
/// Get tree node at current input pointer + i ahead where i=1 is next node.
/// i<0 indicates nodes in the past. So LT(-1) is previous node, but
/// implementations are not required to provide results for k < -1.
/// LT(0) is undefined. For i>=n, return null.
/// Return null for LT(0) and any index that results in an absolute address
/// that is negative.
///
/// This is analogus to the LT() method of the TokenStream, but this
/// returns a tree node instead of a token. Makes code gen identical
/// for both parser and tree grammars. :)
/// </summary>
function LT(const K: Integer): IANTLRInterface;
/// <summary>Return the text of all nodes from start to stop, inclusive.
/// If the stream does not buffer all the nodes then it can still
/// walk recursively from start until stop. You can always return
/// null or "" too, but users should not access $ruleLabel.text in
/// an action of course in that case.
/// </summary>
function ToString(const Start, Stop: IANTLRInterface): String; overload;
function ToString: String; overload;
// REWRITING TREES (used by tree parser)
/// <summary>
/// Replace from start to stop child index of parent with t, which might
/// be a list. Number of children may be different after this call.
/// </summary>
/// <remarks>
/// The stream is notified because it is walking the tree and might need
/// to know you are monkeying with the underlying tree. Also, it might be
/// able to modify the node stream to avoid restreaming for future phases.
///
/// If parent is null, don't do anything; must be at root of overall tree.
/// Can't replace whatever points to the parent externally. Do nothing.
/// </remarks>
procedure ReplaceChildren(const Parent: IANTLRInterface; const StartChildIndex,
StopChildIndex: Integer; const T: IANTLRInterface);
{ Properties }
/// <summary>
/// Where is this stream pulling nodes from? This is not the name, but
/// the object that provides node objects.
///
/// TODO: do we really need this?
/// </summary>
property TreeSource: IANTLRInterface read GetTreeSource;
/// <summary>
/// Get the ITokenStream from which this stream's Tree was created
/// (may be null)
/// </summary>
/// <remarks>
/// If the tree associated with this stream was created from a
/// TokenStream, you can specify it here. Used to do rule $text
/// attribute in tree parser. Optional unless you use tree parser
/// rule text attribute or output=template and rewrite=true options.
/// </remarks>
property TokenStream: ITokenStream read GetTokenStream;
/// <summary>
/// What adaptor can tell me how to interpret/navigate nodes and trees.
/// E.g., get text of a node.
/// </summary>
property TreeAdaptor: ITreeAdaptor read GetTreeAdaptor;
/// <summary>
/// As we flatten the tree, we use UP, DOWN nodes to represent
/// the tree structure. When debugging we need unique nodes
/// so we have to instantiate new ones. When doing normal tree
/// parsing, it's slow and a waste of memory to create unique
/// navigation nodes. Default should be false;
/// </summary>
property HasUniqueNavigationNodes: Boolean write SetHasUniqueNavigationNodes;
end;
/// <summary>
/// What does a tree look like? ANTLR has a number of support classes
/// such as CommonTreeNodeStream that work on these kinds of trees. You
/// don't have to make your trees implement this interface, but if you do,
/// you'll be able to use more support code.
///
/// NOTE: When constructing trees, ANTLR can build any kind of tree; it can
/// even use Token objects as trees if you add a child list to your tokens.
///
/// This is a tree node without any payload; just navigation and factory stuff.
/// </summary>
ITree = interface(IANTLRInterface)
['{4B6EFB53-EBF6-4647-BA4D-48B68134DC2A}']
{ Property accessors }
function GetChildCount: Integer;
function GetParent: ITree;
procedure SetParent(const Value: ITree);
function GetChildIndex: Integer;
procedure SetChildIndex(const Value: Integer);
function GetIsNil: Boolean;
function GetTokenType: Integer;
function GetText: String;
function GetLine: Integer;
function GetCharPositionInLine: Integer;
function GetTokenStartIndex: Integer;
procedure SetTokenStartIndex(const Value: Integer);
function GetTokenStopIndex: Integer;
procedure SetTokenStopIndex(const Value: Integer);
{ Methods }
/// <summary>Set (or reset) the parent and child index values for all children</summary>
procedure FreshenParentAndChildIndexes;
function GetChild(const I: Integer): ITree;
/// <summary>
/// Add t as a child to this node. If t is null, do nothing. If t
/// is nil, add all children of t to this' children.
/// </summary>
/// <param name="t">Tree to add</param>
procedure AddChild(const T: ITree);
/// <summary>Set ith child (0..n-1) to t; t must be non-null and non-nil node</summary>
procedure SetChild(const I: Integer; const T: ITree);
function DeleteChild(const I: Integer): IANTLRInterface;
/// <summary>
/// Delete children from start to stop and replace with t even if t is
/// a list (nil-root tree). num of children can increase or decrease.
/// For huge child lists, inserting children can force walking rest of
/// children to set their childindex; could be slow.
/// </summary>
procedure ReplaceChildren(const StartChildIndex, StopChildIndex: Integer;
const T: IANTLRInterface);
function DupNode: ITree;
function ToStringTree: String;
function ToString: String;
{ Properties }
property ChildCount: Integer read GetChildCount;
// Tree tracks parent and child index now > 3.0
property Parent: ITree read GetParent write SetParent;
/// <summary>This node is what child index? 0..n-1</summary>
property ChildIndex: Integer read GetChildIndex write SetChildIndex;
/// <summary>
/// Indicates the node is a nil node but may still have children, meaning
/// the tree is a flat list.
/// </summary>
property IsNil: Boolean read GetIsNil;
/// <summary>Return a token type; needed for tree parsing </summary>
property TokenType: Integer read GetTokenType;
property Text: String read GetText;
/// <summary>In case we don't have a token payload, what is the line for errors? </summary>
property Line: Integer read GetLine;
property CharPositionInLine: Integer read GetCharPositionInLine;
/// <summary>
/// What is the smallest token index (indexing from 0) for this node
/// and its children?
/// </summary>
property TokenStartIndex: Integer read GetTokenStartIndex write SetTokenStartIndex;
/// <summary>
/// What is the largest token index (indexing from 0) for this node
/// and its children?
/// </summary>
property TokenStopIndex: Integer read GetTokenStopIndex write SetTokenStopIndex;
end;
/// <summary>
/// A generic tree implementation with no payload. You must subclass to
/// actually have any user data. ANTLR v3 uses a list of children approach
/// instead of the child-sibling approach in v2. A flat tree (a list) is
/// an empty node whose children represent the list. An empty, but
/// non-null node is called "nil".
/// </summary>
IBaseTree = interface(ITree)
['{6772F6EA-5FE0-40C6-BE5C-800AB2540E55}']
{ Property accessors }
function GetChildren: IList<IBaseTree>;
function GetChildIndex: Integer;
procedure SetChildIndex(const Value: Integer);
function GetParent: ITree;
procedure SetParent(const Value: ITree);
function GetTokenType: Integer;
function GetTokenStartIndex: Integer;
procedure SetTokenStartIndex(const Value: Integer);
function GetTokenStopIndex: Integer;
procedure SetTokenStopIndex(const Value: Integer);
function GetText: String;
{ Methods }
/// <summary>
/// Add all elements of kids list as children of this node
/// </summary>
/// <param name="kids"></param>
procedure AddChildren(const Kids: IList<IBaseTree>);
procedure SetChild(const I: Integer; const T: ITree);
procedure FreshenParentAndChildIndexes(const Offset: Integer);
procedure SanityCheckParentAndChildIndexes; overload;
procedure SanityCheckParentAndChildIndexes(const Parent: ITree;
const I: Integer); overload;
/// <summary>
/// Print out a whole tree not just a node
/// </summary>
function ToStringTree: String;
function DupNode: ITree;
{ Properties }
/// <summary>
/// Get the children internal list of children. Manipulating the list
/// directly is not a supported operation (i.e. you do so at your own risk)
/// </summary>
property Children: IList<IBaseTree> read GetChildren;
/// <summary>BaseTree doesn't track child indexes.</summary>
property ChildIndex: Integer read GetChildIndex write SetChildIndex;
/// <summary>BaseTree doesn't track parent pointers.</summary>
property Parent: ITree read GetParent write SetParent;
/// <summary>Return a token type; needed for tree parsing </summary>
property TokenType: Integer read GetTokenType;
/// <summary>
/// What is the smallest token index (indexing from 0) for this node
/// and its children?
/// </summary>
property TokenStartIndex: Integer read GetTokenStartIndex write SetTokenStartIndex;
/// <summary>
/// What is the largest token index (indexing from 0) for this node
/// and its children?
/// </summary>
property TokenStopIndex: Integer read GetTokenStopIndex write SetTokenStopIndex;
property Text: String read GetText;
end;
/// <summary>A tree node that is wrapper for a Token object. </summary>
/// <remarks>
/// After 3.0 release while building tree rewrite stuff, it became clear
/// that computing parent and child index is very difficult and cumbersome.
/// Better to spend the space in every tree node. If you don't want these
/// extra fields, it's easy to cut them out in your own BaseTree subclass.
/// </remarks>
ICommonTree = interface(IBaseTree)
['{791C0EA6-1E4D-443E-83E2-CC1EFEAECC8B}']
{ Property accessors }
function GetToken: IToken;
function GetStartIndex: Integer;
procedure SetStartIndex(const Value: Integer);
function GetStopIndex: Integer;
procedure SetStopIndex(const Value: Integer);
{ Properties }
property Token: IToken read GetToken;
property StartIndex: Integer read GetStartIndex write SetStartIndex;
property StopIndex: Integer read GetStopIndex write SetStopIndex;
end;
// A node representing erroneous token range in token stream
ICommonErrorNode = interface(ICommonTree)
['{20FF30BA-C055-4E8F-B3E7-7FFF6313853E}']
end;
/// <summary>
/// A TreeAdaptor that works with any Tree implementation
/// </summary>
IBaseTreeAdaptor = interface(ITreeAdaptor)
['{B9CE670A-E53F-494C-B700-E4A3DF42D482}']
/// <summary>
/// This is generic in the sense that it will work with any kind of
/// tree (not just the ITree interface). It invokes the adaptor routines
/// not the tree node routines to do the construction.
/// </summary>
function DupTree(const Tree: IANTLRInterface): IANTLRInterface; overload;
function DupTree(const T, Parent: IANTLRInterface): IANTLRInterface; overload;
/// <summary>
/// Tell me how to create a token for use with imaginary token nodes.
/// For example, there is probably no input symbol associated with imaginary
/// token DECL, but you need to create it as a payload or whatever for
/// the DECL node as in ^(DECL type ID).
///
/// If you care what the token payload objects' type is, you should
/// override this method and any other createToken variant.
/// </summary>
function CreateToken(const TokenType: Integer; const Text: String): IToken; overload;
/// <summary>
/// Tell me how to create a token for use with imaginary token nodes.
/// For example, there is probably no input symbol associated with imaginary
/// token DECL, but you need to create it as a payload or whatever for
/// the DECL node as in ^(DECL type ID).
///
/// This is a variant of createToken where the new token is derived from
/// an actual real input token. Typically this is for converting '{'
/// tokens to BLOCK etc... You'll see
///
/// r : lc='{' ID+ '}' -> ^(BLOCK[$lc] ID+) ;
///
/// If you care what the token payload objects' type is, you should
/// override this method and any other createToken variant.
/// </summary>
function CreateToken(const FromToken: IToken): IToken; overload;
end;
/// <summary>
/// A TreeAdaptor that works with any Tree implementation. It provides
/// really just factory methods; all the work is done by BaseTreeAdaptor.
/// If you would like to have different tokens created than ClassicToken
/// objects, you need to override this and then set the parser tree adaptor to
/// use your subclass.
///
/// To get your parser to build nodes of a different type, override
/// Create(Token).
/// </summary>
ICommonTreeAdaptor = interface(IBaseTreeAdaptor)
['{B067EE7A-38EB-4156-9447-CDD6DDD6D13B}']
end;
/// <summary>
/// A buffered stream of tree nodes. Nodes can be from a tree of ANY kind.
/// </summary>
/// <remarks>
/// This node stream sucks all nodes out of the tree specified in the
/// constructor during construction and makes pointers into the tree
/// using an array of Object pointers. The stream necessarily includes
/// pointers to DOWN and UP and EOF nodes.
///
/// This stream knows how to mark/release for backtracking.
///
/// This stream is most suitable for tree interpreters that need to
/// jump around a lot or for tree parsers requiring speed (at cost of memory).
/// There is some duplicated functionality here with UnBufferedTreeNodeStream
/// but just in bookkeeping, not tree walking etc...
///
/// <see cref="UnBufferedTreeNodeStream"/>
///
/// </remarks>
ICommonTreeNodeStream = interface(ITreeNodeStream)
['{0112FB31-AA1E-471C-ADC3-D97AC5D77E05}']
{ Property accessors }
function GetCurrentSymbol: IANTLRInterface;
function GetTreeSource: IANTLRInterface;
function GetSourceName: String;
function GetTokenStream: ITokenStream;
procedure SetTokenStream(const Value: ITokenStream);
function GetTreeAdaptor: ITreeAdaptor;
procedure SetTreeAdaptor(const Value: ITreeAdaptor);
function GetHasUniqueNavigationNodes: Boolean;
procedure SetHasUniqueNavigationNodes(const Value: Boolean);
{ Methods }
/// <summary>
/// Walk tree with depth-first-search and fill nodes buffer.
/// Don't do DOWN, UP nodes if its a list (t is isNil).
/// </summary>
procedure FillBuffer(const T: IANTLRInterface);
function Get(const I: Integer): IANTLRInterface;
function LT(const K: Integer): IANTLRInterface;
/// <summary>
/// Look backwards k nodes
/// </summary>
function LB(const K: Integer): IANTLRInterface;
/// <summary>
/// Make stream jump to a new location, saving old location.
/// Switch back with pop().
/// </summary>
procedure Push(const Index: Integer);
/// <summary>
/// Seek back to previous index saved during last Push() call.
/// Return top of stack (return index).
/// </summary>
function Pop: Integer;
procedure Reset;
// Debugging
function ToTokenString(const Start, Stop: Integer): String;
function ToString(const Start, Stop: IANTLRInterface): String; overload;
function ToString: String; overload;
{ Properties }
property CurrentSymbol: IANTLRInterface read GetCurrentSymbol;
/// <summary>
/// Where is this stream pulling nodes from? This is not the name, but
/// the object that provides node objects.
/// </summary>
property TreeSource: IANTLRInterface read GetTreeSource;
property SourceName: String read GetSourceName;
property TokenStream: ITokenStream read GetTokenStream write SetTokenStream;
property TreeAdaptor: ITreeAdaptor read GetTreeAdaptor write SetTreeAdaptor;
property HasUniqueNavigationNodes: Boolean read GetHasUniqueNavigationNodes write SetHasUniqueNavigationNodes;
end;
/// <summary>
/// A record of the rules used to Match a token sequence. The tokens
/// end up as the leaves of this tree and rule nodes are the interior nodes.
/// This really adds no functionality, it is just an alias for CommonTree
/// that is more meaningful (specific) and holds a String to display for a node.
/// </summary>
IParseTree = interface(IANTLRInterface)
['{1558F260-CAF8-4488-A242-3559BCE4E573}']
{ Methods }
// Emit a token and all hidden nodes before. EOF node holds all
// hidden tokens after last real token.
function ToStringWithHiddenTokens: String;
// Print out the leaves of this tree, which means printing original
// input back out.
function ToInputString: String;
procedure _ToStringLeaves(const Buf: TStringBuilder);
end;
/// <summary>
/// A generic list of elements tracked in an alternative to be used in
/// a -> rewrite rule. We need to subclass to fill in the next() method,
/// which returns either an AST node wrapped around a token payload or
/// an existing subtree.
///
/// Once you start next()ing, do not try to add more elements. It will
/// break the cursor tracking I believe.
///
/// <see cref="RewriteRuleSubtreeStream"/>
/// <see cref="RewriteRuleTokenStream"/>
///
/// TODO: add mechanism to detect/puke on modification after reading from stream
/// </summary>
IRewriteRuleElementStream = interface(IANTLRInterface)
['{3CB6C521-F583-40DC-A1E3-4D7D57B98C74}']
{ Property accessors }
function GetDescription: String;
{ Methods }
procedure Add(const El: IANTLRInterface);
/// <summary>
/// Reset the condition of this stream so that it appears we have
/// not consumed any of its elements. Elements themselves are untouched.
/// </summary>
/// <remarks>
/// Once we reset the stream, any future use will need duplicates. Set
/// the dirty bit.
/// </remarks>
procedure Reset;
function HasNext: Boolean;
/// <summary>
/// Return the next element in the stream.
/// </summary>
function NextTree: IANTLRInterface;
function NextNode: IANTLRInterface;
function Size: Integer;
{ Properties }
property Description: String read GetDescription;
end;
/// <summary>
/// Queues up nodes matched on left side of -> in a tree parser. This is
/// the analog of RewriteRuleTokenStream for normal parsers.
/// </summary>
IRewriteRuleNodeStream = interface(IRewriteRuleElementStream)
['{F60D1D36-FE13-4312-99DA-11E5F4BEBB66}']
{ Methods }
function NextNode: IANTLRInterface;
end;
IRewriteRuleSubtreeStream = interface(IRewriteRuleElementStream)
['{C6BDA145-D926-45BC-B293-67490D72829B}']
{ Methods }
/// <summary>
/// Treat next element as a single node even if it's a subtree.
/// </summary>
/// <remarks>
/// This is used instead of next() when the result has to be a
/// tree root node. Also prevents us from duplicating recently-added
/// children; e.g., ^(type ID)+ adds ID to type and then 2nd iteration
/// must dup the type node, but ID has been added.
///
/// Referencing a rule result twice is ok; dup entire tree as
/// we can't be adding trees as root; e.g., expr expr.
/// </remarks>
function NextNode: IANTLRInterface;
end;
IRewriteRuleTokenStream = interface(IRewriteRuleElementStream)
['{4D46AB00-7A19-4F69-B159-1EF09DB8C09C}']
/// <summary>
/// Get next token from stream and make a node for it.
/// </summary>
/// <remarks>
/// ITreeAdaptor.Create() returns an object, so no further restrictions possible.
/// </remarks>
function NextNode: IANTLRInterface;
function NextToken: IToken;
end;
/// <summary>
/// A parser for a stream of tree nodes. "tree grammars" result in a subclass
/// of this. All the error reporting and recovery is shared with Parser via
/// the BaseRecognizer superclass.
/// </summary>
ITreeParser = interface(IBaseRecognizer)
['{20611FB3-9830-444D-B385-E8C2D094484B}']
{ Property accessors }
function GetTreeNodeStream: ITreeNodeStream;
procedure SetTreeNodeStream(const Value: ITreeNodeStream);
{ Methods }
procedure TraceIn(const RuleName: String; const RuleIndex: Integer);
procedure TraceOut(const RuleName: String; const RuleIndex: Integer);
{ Properties }
property TreeNodeStream: ITreeNodeStream read GetTreeNodeStream write SetTreeNodeStream;
end;
ITreePatternLexer = interface(IANTLRInterface)
['{C3FEC614-9E6F-48D2-ABAB-59FC83D8BC2F}']
{ Methods }
function NextToken: Integer;
function SVal: String;
end;
IContextVisitor = interface(IANTLRInterface)
['{92B80D23-C63E-48B4-A9CD-EC2639317E43}']
{ Methods }
procedure Visit(const T, Parent: IANTLRInterface; const ChildIndex: Integer;
const Labels: IDictionary<String, IANTLRInterface>);
end;
/// <summary>
/// Build and navigate trees with this object. Must know about the names
/// of tokens so you have to pass in a map or array of token names (from which
/// this class can build the map). I.e., Token DECL means nothing unless the
/// class can translate it to a token type.
/// </summary>
/// <remarks>
/// In order to create nodes and navigate, this class needs a TreeAdaptor.
///
/// This class can build a token type -> node index for repeated use or for
/// iterating over the various nodes with a particular type.
///
/// This class works in conjunction with the TreeAdaptor rather than moving
/// all this functionality into the adaptor. An adaptor helps build and
/// navigate trees using methods. This class helps you do it with string
/// patterns like "(A B C)". You can create a tree from that pattern or
/// match subtrees against it.
/// </remarks>
ITreeWizard = interface(IANTLRInterface)
['{4F440E19-893A-4E52-A979-E5377EAFA3B8}']
{ Methods }
/// <summary>
/// Compute a Map<String, Integer> that is an inverted index of
/// tokenNames (which maps int token types to names).
/// </summary>
function ComputeTokenTypes(const TokenNames: TStringArray): IDictionary<String, Integer>;
/// <summary>
/// Using the map of token names to token types, return the type.
/// </summary>
function GetTokenType(const TokenName: String): Integer;
/// <summary>
/// Walk the entire tree and make a node name to nodes mapping.
/// </summary>
/// <remarks>
/// For now, use recursion but later nonrecursive version may be
/// more efficient. Returns Map<Integer, List> where the List is
/// of your AST node type. The Integer is the token type of the node.
///
/// TODO: save this index so that find and visit are faster
/// </remarks>
function Index(const T: IANTLRInterface): IDictionary<Integer, IList<IANTLRInterface>>;
/// <summary>Return a List of tree nodes with token type ttype</summary>
function Find(const T: IANTLRInterface; const TokenType: Integer): IList<IANTLRInterface>; overload;
/// <summary>Return a List of subtrees matching pattern</summary>
function Find(const T: IANTLRInterface; const Pattern: String): IList<IANTLRInterface>; overload;
function FindFirst(const T: IANTLRInterface; const TokenType: Integer): IANTLRInterface; overload;
function FindFirst(const T: IANTLRInterface; const Pattern: String): IANTLRInterface; overload;
/// <summary>
/// Visit every ttype node in t, invoking the visitor.
/// </summary>
/// <remarks>
/// This is a quicker
/// version of the general visit(t, pattern) method. The labels arg
/// of the visitor action method is never set (it's null) since using
/// a token type rather than a pattern doesn't let us set a label.
/// </remarks>
procedure Visit(const T: IANTLRInterface; const TokenType: Integer;
const Visitor: IContextVisitor); overload;
/// <summary>
/// For all subtrees that match the pattern, execute the visit action.
/// </summary>
/// <remarks>
/// The implementation uses the root node of the pattern in combination
/// with visit(t, ttype, visitor) so nil-rooted patterns are not allowed.
/// Patterns with wildcard roots are also not allowed.
/// </remarks>
procedure Visit(const T: IANTLRInterface; const Pattern: String;
const Visitor: IContextVisitor); overload;
/// <summary>
/// Given a pattern like (ASSIGN %lhs:ID %rhs:.) with optional labels
/// on the various nodes and '.' (dot) as the node/subtree wildcard,
/// return true if the pattern matches and fill the labels Map with
/// the labels pointing at the appropriate nodes. Return false if
/// the pattern is malformed or the tree does not match.
/// </summary>
/// <remarks>
/// If a node specifies a text arg in pattern, then that must match
/// for that node in t.
///
/// TODO: what's a better way to indicate bad pattern? Exceptions are a hassle
/// </remarks>
function Parse(const T: IANTLRInterface; const Pattern: String;
const Labels: IDictionary<String, IANTLRInterface>): Boolean; overload;
function Parse(const T: IANTLRInterface; const Pattern: String): Boolean; overload;
/// <summary>
/// Create a tree or node from the indicated tree pattern that closely
/// follows ANTLR tree grammar tree element syntax:
///
/// (root child1 ... child2).
///
/// </summary>
/// <remarks>
/// You can also just pass in a node: ID
///
/// Any node can have a text argument: ID[foo]
/// (notice there are no quotes around foo--it's clear it's a string).
///
/// nil is a special name meaning "give me a nil node". Useful for
/// making lists: (nil A B C) is a list of A B C.
/// </remarks>
function CreateTreeOrNode(const Pattern: String): IANTLRInterface;
/// <summary>
/// Compare type, structure, and text of two trees, assuming adaptor in
/// this instance of a TreeWizard.
/// </summary>
function Equals(const T1, T2: IANTLRInterface): Boolean; overload;
/// <summary>
/// Compare t1 and t2; return true if token types/text, structure match exactly.
/// The trees are examined in their entirety so that (A B) does not match
/// (A B C) nor (A (B C)).
/// </summary>
/// <remarks>
/// TODO: allow them to pass in a comparator
/// TODO: have a version that is nonstatic so it can use instance adaptor
///
/// I cannot rely on the tree node's equals() implementation as I make
/// no constraints at all on the node types nor interface etc...
/// </remarks>
function Equals(const T1, T2: IANTLRInterface; const Adaptor: ITreeAdaptor): Boolean; overload;
end;
ITreePatternParser = interface(IANTLRInterface)
['{0CE3DF2A-7E4C-4A7C-8FE8-F1D7AFF97CAE}']
{ Methods }
function Pattern: IANTLRInterface;
function ParseTree: IANTLRInterface;
function ParseNode: IANTLRInterface;
end;
/// <summary>
/// This is identical to the ParserRuleReturnScope except that
/// the start property is a tree node and not a Token object
/// when you are parsing trees. To be generic the tree node types
/// have to be Object :(
/// </summary>
ITreeRuleReturnScope = interface(IRuleReturnScope)
['{FA2B1766-34E5-4D92-8996-371D5CFED999}']
end;
/// <summary>
/// A stream of tree nodes, accessing nodes from a tree of ANY kind.
/// </summary>
/// <remarks>
/// No new nodes should be created in tree during the walk. A small buffer
/// of tokens is kept to efficiently and easily handle LT(i) calls, though
/// the lookahead mechanism is fairly complicated.
///
/// For tree rewriting during tree parsing, this must also be able
/// to replace a set of children without "losing its place".
/// That part is not yet implemented. Will permit a rule to return
/// a different tree and have it stitched into the output tree probably.
///
/// <see cref="CommonTreeNodeStream"/>
///
/// </remarks>
IUnBufferedTreeNodeStream = interface(ITreeNodeStream)
['{E46367AD-ED41-4D97-824E-575A48F7435D}']
{ Property accessors }
function GetHasUniqueNavigationNodes: Boolean;
procedure SetHasUniqueNavigationNodes(const Value: Boolean);
function GetCurrent: IANTLRInterface;
function GetTokenStream: ITokenStream;
procedure SetTokenStream(const Value: ITokenStream);
{ Methods }
procedure Reset;
function MoveNext: Boolean;
{ Properties }
property HasUniqueNavigationNodes: Boolean read GetHasUniqueNavigationNodes write SetHasUniqueNavigationNodes;
property Current: IANTLRInterface read GetCurrent;
property TokenStream: ITokenStream read GetTokenStream write SetTokenStream;
end;
/// <summary>Base class for all exceptions thrown during AST rewrite construction.</summary>
/// <remarks>
/// This signifies a case where the cardinality of two or more elements
/// in a subrule are different: (ID INT)+ where |ID|!=|INT|
/// </remarks>
ERewriteCardinalityException = class(Exception)
strict private
FElementDescription: String;
public
constructor Create(const AElementDescription: String);
property ElementDescription: String read FElementDescription write FElementDescription;
end;
/// <summary>
/// No elements within a (...)+ in a rewrite rule
/// </summary>
ERewriteEarlyExitException = class(ERewriteCardinalityException)
// No new declarations
end;
/// <summary>
/// Ref to ID or expr but no tokens in ID stream or subtrees in expr stream
/// </summary>
ERewriteEmptyStreamException = class(ERewriteCardinalityException)
// No new declarations
end;
type
TTree = class sealed
strict private
class var
FINVALID_NODE: ITree;
private
class procedure Initialize; static;
public
class property INVALID_NODE: ITree read FINVALID_NODE;
end;
TBaseTree = class abstract(TANTLRObject, IBaseTree, ITree)
protected
{ ITree / IBaseTree }
function GetParent: ITree; virtual;
procedure SetParent(const Value: ITree); virtual;
function GetChildIndex: Integer; virtual;
procedure SetChildIndex(const Value: Integer); virtual;
function GetTokenType: Integer; virtual; abstract;
function GetText: String; virtual; abstract;
function GetTokenStartIndex: Integer; virtual; abstract;
procedure SetTokenStartIndex(const Value: Integer); virtual; abstract;
function GetTokenStopIndex: Integer; virtual; abstract;
procedure SetTokenStopIndex(const Value: Integer); virtual; abstract;
function DupNode: ITree; virtual; abstract;
function ToStringTree: String; virtual;
function GetChildCount: Integer; virtual;
function GetIsNil: Boolean; virtual;
function GetLine: Integer; virtual;
function GetCharPositionInLine: Integer; virtual;
function GetChild(const I: Integer): ITree; virtual;
procedure AddChild(const T: ITree);
function DeleteChild(const I: Integer): IANTLRInterface;
procedure FreshenParentAndChildIndexes; overload;
procedure ReplaceChildren(const StartChildIndex, StopChildIndex: Integer;
const T: IANTLRInterface);
protected
{ IBaseTree }
function GetChildren: IList<IBaseTree>;
procedure AddChildren(const Kids: IList<IBaseTree>);
procedure SetChild(const I: Integer; const T: ITree); virtual;
procedure FreshenParentAndChildIndexes(const Offset: Integer); overload;
procedure SanityCheckParentAndChildIndexes; overload; virtual;
procedure SanityCheckParentAndChildIndexes(const Parent: ITree;
const I: Integer); overload; virtual;
strict protected
FChildren: IList<IBaseTree>;
/// <summary>Override in a subclass to change the impl of children list </summary>
function CreateChildrenList: IList<IBaseTree>; virtual;
public
constructor Create; overload;
/// <summary>Create a new node from an existing node does nothing for BaseTree
/// as there are no fields other than the children list, which cannot
/// be copied as the children are not considered part of this node.
/// </summary>
constructor Create(const ANode: ITree); overload;
function ToString: String; override; abstract;
end;
TCommonTree = class(TBaseTree, ICommonTree)
strict protected
/// <summary>A single token is the payload </summary>
FToken: IToken;
/// <summary>
/// What token indexes bracket all tokens associated with this node
/// and below?
/// </summary>
FStartIndex: Integer;
FStopIndex: Integer;
/// <summary>Who is the parent node of this node; if null, implies node is root</summary>
/// <remarks>
/// FParent should be of type ICommonTree, but that would introduce a
/// circular reference because the tree also maintains links to it's
/// children. This circular reference would cause a memory leak because
/// the reference count will never reach 0. This is avoided by making
/// FParent a regular pointer and letting the GetParent and SetParent
/// property accessors do the conversion to/from ICommonTree.
/// </remarks>
FParent: Pointer; { ICommonTree ; }
/// <summary>What index is this node in the child list? Range: 0..n-1</summary>
FChildIndex: Integer;
protected
{ ITree / IBaseTree }
function GetIsNil: Boolean; override;
function GetTokenType: Integer; override;
function GetText: String; override;
function GetLine: Integer; override;
function GetCharPositionInLine: Integer; override;
function GetTokenStartIndex: Integer; override;
procedure SetTokenStartIndex(const Value: Integer); override;
function GetTokenStopIndex: Integer; override;
procedure SetTokenStopIndex(const Value: Integer); override;
function GetChildIndex: Integer; override;
procedure SetChildIndex(const Value: Integer); override;
function GetParent: ITree; override;
procedure SetParent(const Value: ITree); override;
function DupNode: ITree; override;
protected
{ ICommonTree }
function GetToken: IToken;
function GetStartIndex: Integer;
procedure SetStartIndex(const Value: Integer);
function GetStopIndex: Integer;
procedure SetStopIndex(const Value: Integer);
public
constructor Create; overload;
constructor Create(const ANode: ICommonTree); overload;
constructor Create(const AToken: IToken); overload;
function ToString: String; override;
end;
TCommonErrorNode = class(TCommonTree, ICommonErrorNode)
strict private
FInput: IIntStream;
FStart: IToken;
FStop: IToken;
FTrappedException: ERecognitionException;
protected
{ ITree / IBaseTree }
function GetIsNil: Boolean; override;
function GetTokenType: Integer; override;
function GetText: String; override;
public
constructor Create(const AInput: ITokenStream; const AStart, AStop: IToken;
const AException: ERecognitionException);
function ToString: String; override;
end;
TBaseTreeAdaptor = class abstract(TANTLRObject, IBaseTreeAdaptor, ITreeAdaptor)
strict private
/// <summary>A map of tree node to unique IDs.</summary>
FTreeToUniqueIDMap: IDictionary<IANTLRInterface, Integer>;
/// <summary>Next available unique ID.</summary>
FUniqueNodeID: Integer;
protected
{ ITreeAdaptor }
function CreateNode(const Payload: IToken): IANTLRInterface; overload; virtual; abstract;
function DupNode(const TreeNode: IANTLRInterface): IANTLRInterface; virtual; abstract;
function DupTree(const Tree: IANTLRInterface): IANTLRInterface; overload; virtual;
function GetNilNode: IANTLRInterface; virtual;
function ErrorNode(const Input: ITokenStream; const Start, Stop: IToken;
const E: ERecognitionException): IANTLRInterface; virtual;
function IsNil(const Tree: IANTLRInterface): Boolean; virtual;
procedure AddChild(const T, Child: IANTLRInterface); virtual;
function BecomeRoot(const NewRoot, OldRoot: IANTLRInterface): IANTLRInterface; overload; virtual;
function RulePostProcessing(const Root: IANTLRInterface): IANTLRInterface; virtual;
function GetUniqueID(const Node: IANTLRInterface): Integer;
function BecomeRoot(const NewRoot: IToken; const OldRoot: IANTLRInterface): IANTLRInterface; overload; virtual;
function CreateNode(const TokenType: Integer; const FromToken: IToken): IANTLRInterface; overload; virtual;
function CreateNode(const TokenType: Integer; const FromToken: IToken;
const Text: String): IANTLRInterface; overload; virtual;
function CreateNode(const TokenType: Integer; const Text: String): IANTLRInterface; overload; virtual;
function GetNodeType(const T: IANTLRInterface): Integer; virtual;
procedure SetNodeType(const T: IANTLRInterface; const NodeType: Integer); virtual;
function GetNodeText(const T: IANTLRInterface): String; virtual;
procedure SetNodeText(const T: IANTLRInterface; const Text: String); virtual;
function GetToken(const TreeNode: IANTLRInterface): IToken; virtual; abstract;
procedure SetTokenBoundaries(const T: IANTLRInterface; const StartToken,
StopToken: IToken); virtual; abstract;
function GetTokenStartIndex(const T: IANTLRInterface): Integer; virtual; abstract;
function GetTokenStopIndex(const T: IANTLRInterface): Integer; virtual; abstract;
function GetChild(const T: IANTLRInterface; const I: Integer): IANTLRInterface; virtual;
procedure SetChild(const T: IANTLRInterface; const I: Integer; const Child: IANTLRInterface); virtual;
function DeleteChild(const T: IANTLRInterface; const I: Integer): IANTLRInterface; virtual;
function GetChildCount(const T: IANTLRInterface): Integer; virtual;
function GetParent(const T: IANTLRInterface): IANTLRInterface; virtual; abstract;
procedure SetParent(const T, Parent: IANTLRInterface); virtual; abstract;
function GetChildIndex(const T: IANTLRInterface): Integer; virtual; abstract;
procedure SetChildIdex(const T: IANTLRInterface; const Index: Integer); virtual; abstract;
procedure ReplaceChildren(const Parent: IANTLRInterface; const StartChildIndex,
StopChildIndex: Integer; const T: IANTLRInterface); virtual; abstract;
protected
{ IBaseTreeAdaptor }
function DupTree(const T, Parent: IANTLRInterface): IANTLRInterface; overload; virtual;
function CreateToken(const TokenType: Integer; const Text: String): IToken; overload; virtual; abstract;
function CreateToken(const FromToken: IToken): IToken; overload; virtual; abstract;
public
constructor Create;
end;
TCommonTreeAdaptor = class(TBaseTreeAdaptor, ICommonTreeAdaptor)
protected
{ ITreeAdaptor }
function DupNode(const TreeNode: IANTLRInterface): IANTLRInterface; override;
function CreateNode(const Payload: IToken): IANTLRInterface; overload; override;
procedure SetTokenBoundaries(const T: IANTLRInterface; const StartToken,
StopToken: IToken); override;
function GetTokenStartIndex(const T: IANTLRInterface): Integer; override;
function GetTokenStopIndex(const T: IANTLRInterface): Integer; override;
function GetNodeText(const T: IANTLRInterface): String; override;
function GetToken(const TreeNode: IANTLRInterface): IToken; override;
function GetNodeType(const T: IANTLRInterface): Integer; override;
function GetChild(const T: IANTLRInterface; const I: Integer): IANTLRInterface; override;
function GetChildCount(const T: IANTLRInterface): Integer; override;
function GetParent(const T: IANTLRInterface): IANTLRInterface; override;
procedure SetParent(const T, Parent: IANTLRInterface); override;
function GetChildIndex(const T: IANTLRInterface): Integer; override;
procedure SetChildIdex(const T: IANTLRInterface; const Index: Integer); override;
procedure ReplaceChildren(const Parent: IANTLRInterface; const StartChildIndex,
StopChildIndex: Integer; const T: IANTLRInterface); override;
protected
{ IBaseTreeAdaptor }
function CreateToken(const TokenType: Integer; const Text: String): IToken; overload; override;
function CreateToken(const FromToken: IToken): IToken; overload; override;
end;
TCommonTreeNodeStream = class(TANTLRObject, ICommonTreeNodeStream, ITreeNodeStream)
public
const
DEFAULT_INITIAL_BUFFER_SIZE = 100;
INITIAL_CALL_STACK_SIZE = 10;
strict private
// all these navigation nodes are shared and hence they
// cannot contain any line/column info
FDown: IANTLRInterface;
FUp: IANTLRInterface;
FEof: IANTLRInterface;
/// <summary>
/// The complete mapping from stream index to tree node. This buffer
/// includes pointers to DOWN, UP, and EOF nodes.
///
/// It is built upon ctor invocation. The elements are type Object
/// as we don't what the trees look like. Load upon first need of
/// the buffer so we can set token types of interest for reverseIndexing.
/// Slows us down a wee bit to do all of the if p==-1 testing everywhere though.
/// </summary>
FNodes: IList<IANTLRInterface>;
/// <summary>Pull nodes from which tree? </summary>
FRoot: IANTLRInterface;
/// <summary>IF this tree (root) was created from a token stream, track it</summary>
FTokens: ITokenStream;
/// <summary>What tree adaptor was used to build these trees</summary>
FAdaptor: ITreeAdaptor;
/// <summary>
/// Reuse same DOWN, UP navigation nodes unless this is true
/// </summary>
FUniqueNavigationNodes: Boolean;
/// <summary>
/// The index into the nodes list of the current node (next node
/// to consume). If -1, nodes array not filled yet.
/// </summary>
FP: Integer;
/// <summary>
/// Track the last mark() call result value for use in rewind().
/// </summary>
FLastMarker: Integer;
/// <summary>
/// Stack of indexes used for push/pop calls
/// </summary>
FCalls: IStackList<Integer>;
protected
{ IIntStream }
function GetSourceName: String; virtual;
procedure Consume; virtual;
function LA(I: Integer): Integer; virtual;
function LAChar(I: Integer): Char;
function Mark: Integer; virtual;
function Index: Integer; virtual;
procedure Rewind(const Marker: Integer); overload; virtual;
procedure Rewind; overload;
procedure Release(const Marker: Integer); virtual;
procedure Seek(const Index: Integer); virtual;
function Size: Integer; virtual;
protected
{ ITreeNodeStream }
function GetTreeSource: IANTLRInterface; virtual;
function GetTokenStream: ITokenStream; virtual;
function GetTreeAdaptor: ITreeAdaptor;
procedure SetHasUniqueNavigationNodes(const Value: Boolean);
function Get(const I: Integer): IANTLRInterface;
function LT(const K: Integer): IANTLRInterface;
function ToString(const Start, Stop: IANTLRInterface): String; reintroduce; overload;
procedure ReplaceChildren(const Parent: IANTLRInterface; const StartChildIndex,
StopChildIndex: Integer; const T: IANTLRInterface);
protected
{ ICommonTreeNodeStream }
function GetCurrentSymbol: IANTLRInterface; virtual;
procedure SetTokenStream(const Value: ITokenStream); virtual;
procedure SetTreeAdaptor(const Value: ITreeAdaptor);
function GetHasUniqueNavigationNodes: Boolean;
procedure FillBuffer(const T: IANTLRInterface); overload;
function LB(const K: Integer): IANTLRInterface;
procedure Push(const Index: Integer);
function Pop: Integer;
procedure Reset;
function ToTokenString(const Start, Stop: Integer): String;
strict protected
/// <summary>
/// Walk tree with depth-first-search and fill nodes buffer.
/// Don't do DOWN, UP nodes if its a list (t is isNil).
/// </summary>
procedure FillBuffer; overload;
/// <summary>
/// As we flatten the tree, we use UP, DOWN nodes to represent
/// the tree structure. When debugging we need unique nodes
/// so instantiate new ones when uniqueNavigationNodes is true.
/// </summary>
procedure AddNavigationNode(const TokenType: Integer);
/// <summary>
/// Returns the stream index for the spcified node in the range 0..n-1 or,
/// -1 if node not found.
/// </summary>
function GetNodeIndex(const Node: IANTLRInterface): Integer;
public
constructor Create; overload;
constructor Create(const ATree: IANTLRInterface); overload;
constructor Create(const AAdaptor: ITreeAdaptor;
const ATree: IANTLRInterface); overload;
constructor Create(const AAdaptor: ITreeAdaptor;
const ATree: IANTLRInterface; const AInitialBufferSize: Integer); overload;
function ToString: String; overload; override;
end;
TParseTree = class(TBaseTree, IParseTree)
strict private
FPayload: IANTLRInterface;
FHiddenTokens: IList<IToken>;
protected
{ ITree / IBaseTree }
function GetTokenType: Integer; override;
function GetText: String; override;
function GetTokenStartIndex: Integer; override;
procedure SetTokenStartIndex(const Value: Integer); override;
function GetTokenStopIndex: Integer; override;
procedure SetTokenStopIndex(const Value: Integer); override;
function DupNode: ITree; override;
protected
{ IParseTree }
function ToStringWithHiddenTokens: String;
function ToInputString: String;
procedure _ToStringLeaves(const Buf: TStringBuilder);
public
constructor Create(const ALabel: IANTLRInterface);
function ToString: String; override;
end;
TRewriteRuleElementStream = class abstract(TANTLRObject, IRewriteRuleElementStream)
private
/// <summary>
/// Cursor 0..n-1. If singleElement!=null, cursor is 0 until you next(),
/// which bumps it to 1 meaning no more elements.
/// </summary>
FCursor: Integer;
/// <summary>
/// Track single elements w/o creating a list. Upon 2nd add, alloc list
/// </summary>
FSingleElement: IANTLRInterface;
/// <summary>
/// The list of tokens or subtrees we are tracking
/// </summary>
FElements: IList<IANTLRInterface>;
/// <summary>
/// Tracks whether a node or subtree has been used in a stream
/// </summary>
/// <remarks>
/// Once a node or subtree has been used in a stream, it must be dup'd
/// from then on. Streams are reset after subrules so that the streams
/// can be reused in future subrules. So, reset must set a dirty bit.
/// If dirty, then next() always returns a dup.
/// </remarks>
FDirty: Boolean;
/// <summary>
/// The element or stream description; usually has name of the token or
/// rule reference that this list tracks. Can include rulename too, but
/// the exception would track that info.
/// </summary>
FElementDescription: String;
FAdaptor: ITreeAdaptor;
protected
{ IRewriteRuleElementStream }
function GetDescription: String;
procedure Add(const El: IANTLRInterface);
procedure Reset; virtual;
function HasNext: Boolean;
function NextTree: IANTLRInterface; virtual;
function NextNode: IANTLRInterface; virtual; abstract;
function Size: Integer;
strict protected
/// <summary>
/// Do the work of getting the next element, making sure that
/// it's a tree node or subtree.
/// </summary>
/// <remarks>
/// Deal with the optimization of single-element list versus
/// list of size > 1. Throw an exception if the stream is
/// empty or we're out of elements and size>1.
/// </remarks>
function _Next: IANTLRInterface;
/// <summary>
/// Ensure stream emits trees; tokens must be converted to AST nodes.
/// AST nodes can be passed through unmolested.
/// </summary>
function ToTree(const El: IANTLRInterface): IANTLRInterface; virtual;
public
constructor Create(const AAdaptor: ITreeAdaptor;
const AElementDescription: String); overload;
/// <summary>
/// Create a stream with one element
/// </summary>
constructor Create(const AAdaptor: ITreeAdaptor;
const AElementDescription: String; const AOneElement: IANTLRInterface); overload;
/// <summary>
/// Create a stream, but feed off an existing list
/// </summary>
constructor Create(const AAdaptor: ITreeAdaptor;
const AElementDescription: String; const AElements: IList<IANTLRInterface>); overload;
end;
TRewriteRuleNodeStream = class(TRewriteRuleElementStream, IRewriteRuleNodeStream)
protected
{ IRewriteRuleElementStream }
function NextNode: IANTLRInterface; override;
function ToTree(const El: IANTLRInterface): IANTLRInterface; override;
end;
TRewriteRuleSubtreeStream = class(TRewriteRuleElementStream, IRewriteRuleSubtreeStream)
public
type
/// <summary>
/// This delegate is used to allow the outfactoring of some common code.
/// </summary>
/// <param name="o">The to be processed object</param>
TProcessHandler = function(const O: IANTLRInterface): IANTLRInterface of Object;
strict private
/// <summary>
/// This method has the common code of two other methods, which differed in only one
/// function call.
/// </summary>
/// <param name="ph">The delegate, which has the chosen function</param>
/// <returns>The required object</returns>
function FetchObject(const PH: TProcessHandler): IANTLRInterface;
function DupNode(const O: IANTLRInterface): IANTLRInterface;
/// <summary>
/// Tests, if the to be returned object requires duplication
/// </summary>
/// <returns><code>true</code>, if positive, <code>false</code>, if negative.</returns>
function RequiresDuplication: Boolean;
/// <summary>
/// When constructing trees, sometimes we need to dup a token or AST
/// subtree. Dup'ing a token means just creating another AST node
/// around it. For trees, you must call the adaptor.dupTree()
/// unless the element is for a tree root; then it must be a node dup
/// </summary>
function Dup(const O: IANTLRInterface): IANTLRInterface;
protected
{ IRewriteRuleElementStream }
function NextNode: IANTLRInterface; override;
function NextTree: IANTLRInterface; override;
end;
TRewriteRuleTokenStream = class(TRewriteRuleElementStream, IRewriteRuleTokenStream)
protected
{ IRewriteRuleElementStream }
function NextNode: IANTLRInterface; override;
function NextToken: IToken;
function ToTree(const El: IANTLRInterface): IANTLRInterface; override;
end;
TTreeParser = class(TBaseRecognizer, ITreeParser)
public
const
DOWN = TToken.DOWN;
UP = TToken.UP;
strict private
FInput: ITreeNodeStream;
strict protected
property Input: ITreeNodeStream read FInput;
protected
{ IBaseRecognizer }
function GetSourceName: String; override;
procedure Reset; override;
procedure MatchAny(const Input: IIntStream); override;
function GetInput: IIntStream; override;
function GetErrorHeader(const E: ERecognitionException): String; override;
function GetErrorMessage(const E: ERecognitionException;
const TokenNames: TStringArray): String; override;
protected
{ ITreeParser }
function GetTreeNodeStream: ITreeNodeStream; virtual;
procedure SetTreeNodeStream(const Value: ITreeNodeStream); virtual;
procedure TraceIn(const RuleName: String; const RuleIndex: Integer); reintroduce; overload; virtual;
procedure TraceOut(const RuleName: String; const RuleIndex: Integer); reintroduce; overload; virtual;
strict protected
function GetCurrentInputSymbol(const Input: IIntStream): IANTLRInterface; override;
function GetMissingSymbol(const Input: IIntStream;
const E: ERecognitionException; const ExpectedTokenType: Integer;
const Follow: IBitSet): IANTLRInterface; override;
procedure Mismatch(const Input: IIntStream; const TokenType: Integer;
const Follow: IBitSet); override;
public
constructor Create(const AInput: ITreeNodeStream); overload;
constructor Create(const AInput: ITreeNodeStream;
const AState: IRecognizerSharedState); overload;
end;
TTreePatternLexer = class(TANTLRObject, ITreePatternLexer)
public
const
EOF = -1;
START = 1;
STOP = 2;
ID = 3;
ARG = 4;
PERCENT = 5;
COLON = 6;
DOT = 7;
strict private
/// <summary>The tree pattern to lex like "(A B C)"</summary>
FPattern: String;
/// <summary>Index into input string</summary>
FP: Integer;
/// <summary>Current char</summary>
FC: Integer;
/// <summary>How long is the pattern in char?</summary>
FN: Integer;
/// <summary>
/// Set when token type is ID or ARG (name mimics Java's StreamTokenizer)
/// </summary>
FSVal: TStringBuilder;
FError: Boolean;
protected
{ ITreePatternLexer }
function NextToken: Integer;
function SVal: String;
strict protected
procedure Consume;
public
constructor Create; overload;
constructor Create(const APattern: String); overload;
destructor Destroy; override;
end;
TTreeWizard = class(TANTLRObject, ITreeWizard)
strict private
FAdaptor: ITreeAdaptor;
FTokenNameToTypeMap: IDictionary<String, Integer>;
public
type
/// <summary>
/// When using %label:TOKENNAME in a tree for parse(), we must track the label.
/// </summary>
ITreePattern = interface(ICommonTree)
['{893C6B4E-8474-4A1E-BEAA-8B704868401B}']
{ Property accessors }
function GetHasTextArg: Boolean;
procedure SetHasTextArg(const Value: Boolean);
function GetTokenLabel: String;
procedure SetTokenLabel(const Value: String);
{ Properties }
property HasTextArg: Boolean read GetHasTextArg write SetHasTextArg;
property TokenLabel: String read GetTokenLabel write SetTokenLabel;
end;
IWildcardTreePattern = interface(ITreePattern)
['{4778789A-5EAB-47E3-A05B-7F35CD87ECE4}']
end;
type
TVisitor = class abstract(TANTLRObject, IContextVisitor)
protected
{ IContextVisitor }
procedure Visit(const T, Parent: IANTLRInterface; const ChildIndex: Integer;
const Labels: IDictionary<String, IANTLRInterface>); overload;
strict protected
procedure Visit(const T: IANTLRInterface); overload; virtual; abstract;
end;
TTreePattern = class(TCommonTree, ITreePattern)
strict private
FLabel: String;
FHasTextArg: Boolean;
protected
{ ITreePattern }
function GetHasTextArg: Boolean;
procedure SetHasTextArg(const Value: Boolean);
function GetTokenLabel: String;
procedure SetTokenLabel(const Value: String);
public
function ToString: String; override;
end;
TWildcardTreePattern = class(TTreePattern, IWildcardTreePattern)
end;
/// <summary>
/// This adaptor creates TreePattern objects for use during scan()
/// </summary>
TTreePatternTreeAdaptor = class(TCommonTreeAdaptor)
protected
{ ITreeAdaptor }
function CreateNode(const Payload: IToken): IANTLRInterface; overload; override;
end;
strict private
type
TRecordAllElementsVisitor = class sealed(TVisitor)
strict private
FList: IList<IANTLRInterface>;
strict protected
procedure Visit(const T: IANTLRInterface); override;
public
constructor Create(const AList: IList<IANTLRInterface>);
end;
type
TPatternMatchingContextVisitor = class sealed(TANTLRObject, IContextVisitor)
strict private
FOwner: TTreeWizard;
FPattern: ITreePattern;
FList: IList<IANTLRInterface>;
protected
{ IContextVisitor }
procedure Visit(const T, Parent: IANTLRInterface; const ChildIndex: Integer;
const Labels: IDictionary<String, IANTLRInterface>); overload;
public
constructor Create(const AOwner: TTreeWizard; const APattern: ITreePattern;
const AList: IList<IANTLRInterface>);
end;
type
TInvokeVisitorOnPatternMatchContextVisitor = class sealed(TANTLRObject, IContextVisitor)
strict private
FOwner: TTreeWizard;
FPattern: ITreePattern;
FVisitor: IContextVisitor;
FLabels: IDictionary<String, IANTLRInterface>;
protected
{ IContextVisitor }
procedure Visit(const T, Parent: IANTLRInterface; const ChildIndex: Integer;
const UnusedLabels: IDictionary<String, IANTLRInterface>); overload;
public
constructor Create(const AOwner: TTreeWizard; const APattern: ITreePattern;
const AVisitor: IContextVisitor);
end;
protected
{ ITreeWizard }
function ComputeTokenTypes(const TokenNames: TStringArray): IDictionary<String, Integer>;
function GetTokenType(const TokenName: String): Integer;
function Index(const T: IANTLRInterface): IDictionary<Integer, IList<IANTLRInterface>>;
function Find(const T: IANTLRInterface; const TokenType: Integer): IList<IANTLRInterface>; overload;
function Find(const T: IANTLRInterface; const Pattern: String): IList<IANTLRInterface>; overload;
function FindFirst(const T: IANTLRInterface; const TokenType: Integer): IANTLRInterface; overload;
function FindFirst(const T: IANTLRInterface; const Pattern: String): IANTLRInterface; overload;
procedure Visit(const T: IANTLRInterface; const TokenType: Integer;
const Visitor: IContextVisitor); overload;
procedure Visit(const T: IANTLRInterface; const Pattern: String;
const Visitor: IContextVisitor); overload;
function Parse(const T: IANTLRInterface; const Pattern: String;
const Labels: IDictionary<String, IANTLRInterface>): Boolean; overload;
function Parse(const T: IANTLRInterface; const Pattern: String): Boolean; overload;
function CreateTreeOrNode(const Pattern: String): IANTLRInterface;
function Equals(const T1, T2: IANTLRInterface): Boolean; reintroduce; overload;
function Equals(const T1, T2: IANTLRInterface;
const Adaptor: ITreeAdaptor): Boolean; reintroduce; overload;
strict protected
function _Parse(const T1: IANTLRInterface; const T2: ITreePattern;
const Labels: IDictionary<String, IANTLRInterface>): Boolean;
/// <summary>Do the work for index</summary>
procedure _Index(const T: IANTLRInterface;
const M: IDictionary<Integer, IList<IANTLRInterface>>);
/// <summary>Do the recursive work for visit</summary>
procedure _Visit(const T, Parent: IANTLRInterface; const ChildIndex,
TokenType: Integer; const Visitor: IContextVisitor);
class function _Equals(const T1, T2: IANTLRInterface;
const Adaptor: ITreeAdaptor): Boolean; static;
public
constructor Create(const AAdaptor: ITreeAdaptor); overload;
constructor Create(const AAdaptor: ITreeAdaptor;
const ATokenNameToTypeMap: IDictionary<String, Integer>); overload;
constructor Create(const AAdaptor: ITreeAdaptor;
const TokenNames: TStringArray); overload;
constructor Create(const TokenNames: TStringArray); overload;
end;
TTreePatternParser = class(TANTLRObject, ITreePatternParser)
strict private
FTokenizer: ITreePatternLexer;
FTokenType: Integer;
FWizard: ITreeWizard;
FAdaptor: ITreeAdaptor;
protected
{ ITreePatternParser }
function Pattern: IANTLRInterface;
function ParseTree: IANTLRInterface;
function ParseNode: IANTLRInterface;
public
constructor Create(const ATokenizer: ITreePatternLexer;
const AWizard: ITreeWizard; const AAdaptor: ITreeAdaptor);
end;
TTreeRuleReturnScope = class(TRuleReturnScope, ITreeRuleReturnScope)
strict private
/// <summary>First node or root node of tree matched for this rule.</summary>
FStart: IANTLRInterface;
protected
{ IRuleReturnScope }
function GetStart: IANTLRInterface; override;
procedure SetStart(const Value: IANTLRInterface); override;
end;
TUnBufferedTreeNodeStream = class(TANTLRObject, IUnBufferedTreeNodeStream, ITreeNodeStream)
public
const
INITIAL_LOOKAHEAD_BUFFER_SIZE = 5;
strict protected
type
/// <summary>
/// When walking ahead with cyclic DFA or for syntactic predicates,
/// we need to record the state of the tree node stream. This
/// class wraps up the current state of the UnBufferedTreeNodeStream.
/// Calling Mark() will push another of these on the markers stack.
/// </summary>
ITreeWalkState = interface(IANTLRInterface)
['{506D1014-53CF-4B9D-BE0E-1666E9C22091}']
{ Property accessors }
function GetCurrentChildIndex: Integer;
procedure SetCurrentChildIndex(const Value: Integer);
function GetAbsoluteNodeIndex: Integer;
procedure SetAbsoluteNodeIndex(const Value: Integer);
function GetCurrentNode: IANTLRInterface;
procedure SetCurrentNode(const Value: IANTLRInterface);
function GetPreviousNode: IANTLRInterface;
procedure SetPreviousNode(const Value: IANTLRInterface);
function GetNodeStackSize: Integer;
procedure SetNodeStackSize(const Value: Integer);
function GetIndexStackSize: integer;
procedure SetIndexStackSize(const Value: integer);
function GetLookAhead: TANTLRInterfaceArray;
procedure SetLookAhead(const Value: TANTLRInterfaceArray);
{ Properties }
property CurrentChildIndex: Integer read GetCurrentChildIndex write SetCurrentChildIndex;
property AbsoluteNodeIndex: Integer read GetAbsoluteNodeIndex write SetAbsoluteNodeIndex;
property CurrentNode: IANTLRInterface read GetCurrentNode write SetCurrentNode;
property PreviousNode: IANTLRInterface read GetPreviousNode write SetPreviousNode;
///<summary>Record state of the nodeStack</summary>
property NodeStackSize: Integer read GetNodeStackSize write SetNodeStackSize;
///<summary>Record state of the indexStack</summary>
property IndexStackSize: integer read GetIndexStackSize write SetIndexStackSize;
property LookAhead: TANTLRInterfaceArray read GetLookAhead write SetLookAhead;
end;
TTreeWalkState = class(TANTLRObject, ITreeWalkState)
strict private
FCurrentChildIndex: Integer;
FAbsoluteNodeIndex: Integer;
FCurrentNode: IANTLRInterface;
FPreviousNode: IANTLRInterface;
///<summary>Record state of the nodeStack</summary>
FNodeStackSize: Integer;
///<summary>Record state of the indexStack</summary>
FIndexStackSize: integer;
FLookAhead: TANTLRInterfaceArray;
protected
{ ITreeWalkState }
function GetCurrentChildIndex: Integer;
procedure SetCurrentChildIndex(const Value: Integer);
function GetAbsoluteNodeIndex: Integer;
procedure SetAbsoluteNodeIndex(const Value: Integer);
function GetCurrentNode: IANTLRInterface;
procedure SetCurrentNode(const Value: IANTLRInterface);
function GetPreviousNode: IANTLRInterface;
procedure SetPreviousNode(const Value: IANTLRInterface);
function GetNodeStackSize: Integer;
procedure SetNodeStackSize(const Value: Integer);
function GetIndexStackSize: integer;
procedure SetIndexStackSize(const Value: integer);
function GetLookAhead: TANTLRInterfaceArray;
procedure SetLookAhead(const Value: TANTLRInterfaceArray);
end;
strict private
/// <summary>Reuse same DOWN, UP navigation nodes unless this is true</summary>
FUniqueNavigationNodes: Boolean;
/// <summary>Pull nodes from which tree? </summary>
FRoot: IANTLRInterface;
/// <summary>IF this tree (root) was created from a token stream, track it.</summary>
FTokens: ITokenStream;
/// <summary>What tree adaptor was used to build these trees</summary>
FAdaptor: ITreeAdaptor;
/// <summary>
/// As we walk down the nodes, we must track parent nodes so we know
/// where to go after walking the last child of a node. When visiting
/// a child, push current node and current index.
/// </summary>
FNodeStack: IStackList<IANTLRInterface>;
/// <summary>
/// Track which child index you are visiting for each node we push.
/// TODO: pretty inefficient...use int[] when you have time
/// </summary>
FIndexStack: IStackList<Integer>;
/// <summary>Which node are we currently visiting? </summary>
FCurrentNode: IANTLRInterface;
/// <summary>Which node did we visit last? Used for LT(-1) calls. </summary>
FPreviousNode: IANTLRInterface;
/// <summary>
/// Which child are we currently visiting? If -1 we have not visited
/// this node yet; next Consume() request will set currentIndex to 0.
/// </summary>
FCurrentChildIndex: Integer;
/// <summary>
/// What node index did we just consume? i=0..n-1 for n node trees.
/// IntStream.next is hence 1 + this value. Size will be same.
/// </summary>
FAbsoluteNodeIndex: Integer;
/// <summary>
/// Buffer tree node stream for use with LT(i). This list grows
/// to fit new lookahead depths, but Consume() wraps like a circular
/// buffer.
/// </summary>
FLookahead: TANTLRInterfaceArray;
/// <summary>lookahead[head] is the first symbol of lookahead, LT(1). </summary>
FHead: Integer;
/// <summary>
/// Add new lookahead at lookahead[tail]. tail wraps around at the
/// end of the lookahead buffer so tail could be less than head.
/// </summary>
FTail: Integer;
/// <summary>
/// Calls to Mark() may be nested so we have to track a stack of them.
/// The marker is an index into this stack. This is a List<TreeWalkState>.
/// Indexed from 1..markDepth. A null is kept at index 0. It is created
/// upon first call to Mark().
/// </summary>
FMarkers: IList<ITreeWalkState>;
///<summary>
/// tracks how deep Mark() calls are nested
/// </summary>
FMarkDepth: Integer;
///<summary>
/// Track the last Mark() call result value for use in Rewind().
/// </summary>
FLastMarker: Integer;
// navigation nodes
FDown: IANTLRInterface;
FUp: IANTLRInterface;
FEof: IANTLRInterface;
FCurrentEnumerationNode: ITree;
protected
{ IIntStream }
function GetSourceName: String;
procedure Consume; virtual;
function LA(I: Integer): Integer; virtual;
function LAChar(I: Integer): Char;
function Mark: Integer; virtual;
function Index: Integer; virtual;
procedure Rewind(const Marker: Integer); overload; virtual;
procedure Rewind; overload;
procedure Release(const Marker: Integer); virtual;
procedure Seek(const Index: Integer); virtual;
function Size: Integer; virtual;
protected
{ ITreeNodeStream }
function GetTreeSource: IANTLRInterface; virtual;
function GetTokenStream: ITokenStream;
function GetTreeAdaptor: ITreeAdaptor;
function Get(const I: Integer): IANTLRInterface; virtual;
function LT(const K: Integer): IANTLRInterface; virtual;
function ToString(const Start, Stop: IANTLRInterface): String; reintroduce; overload; virtual;
procedure ReplaceChildren(const Parent: IANTLRInterface; const StartChildIndex,
StopChildIndex: Integer; const T: IANTLRInterface);
protected
{ IUnBufferedTreeNodeStream }
function GetHasUniqueNavigationNodes: Boolean;
procedure SetHasUniqueNavigationNodes(const Value: Boolean);
function GetCurrent: IANTLRInterface; virtual;
procedure SetTokenStream(const Value: ITokenStream);
procedure Reset; virtual;
/// <summary>
/// Navigates to the next node found during a depth-first walk of root.
/// Also, adds these nodes and DOWN/UP imaginary nodes into the lokoahead
/// buffer as a side-effect. Normally side-effects are bad, but because
/// we can Emit many tokens for every MoveNext() call, it's pretty hard to
/// use a single return value for that. We must add these tokens to
/// the lookahead buffer.
///
/// This routine does *not* cause the 'Current' property to ever return the
/// DOWN/UP nodes; those are only returned by the LT() method.
///
/// Ugh. This mechanism is much more complicated than a recursive
/// solution, but it's the only way to provide nodes on-demand instead
/// of walking once completely through and buffering up the nodes. :(
/// </summary>
function MoveNext: Boolean; virtual;
strict protected
/// <summary>Make sure we have at least k symbols in lookahead buffer </summary>
procedure Fill(const K: Integer); virtual;
function LookaheadSize: Integer;
/// <summary>
/// Add a node to the lookahead buffer. Add at lookahead[tail].
/// If you tail+1 == head, then we must create a bigger buffer
/// and copy all the nodes over plus reset head, tail. After
/// this method, LT(1) will be lookahead[0].
/// </summary>
procedure AddLookahead(const Node: IANTLRInterface); virtual;
procedure ToStringWork(const P, Stop: IANTLRInterface;
const Buf: TStringBuilder); virtual;
function HandleRootNode: IANTLRInterface; virtual;
function VisitChild(const Child: Integer): IANTLRInterface; virtual;
/// <summary>
/// Walk upwards looking for a node with more children to walk.
/// </summary>
procedure WalkBackToMostRecentNodeWithUnvisitedChildren; virtual;
/// <summary>
/// As we flatten the tree, we use UP, DOWN nodes to represent
/// the tree structure. When debugging we need unique nodes
/// so instantiate new ones when uniqueNavigationNodes is true.
/// </summary>
procedure AddNavigationNode(const TokenType: Integer); virtual;
public
constructor Create; overload;
constructor Create(const ATree: IANTLRInterface); overload;
constructor Create(const AAdaptor: ITreeAdaptor; const ATree: IANTLRInterface); overload;
function ToString: String; overload; override;
end;
{ These functions return X or, if X = nil, an empty default instance }
function Def(const X: ICommonTree): ICommonTree; overload;
implementation
uses
Math;
{ TTree }
class procedure TTree.Initialize;
begin
FINVALID_NODE := TCommonTree.Create(TToken.INVALID_TOKEN);
end;
{ TBaseTree }
constructor TBaseTree.Create;
begin
inherited;
end;
procedure TBaseTree.AddChild(const T: ITree);
var
ChildTree: IBaseTree;
C: IBaseTree;
begin
if (T = nil) then
Exit;
ChildTree := T as IBaseTree;
if ChildTree.IsNil then // t is an empty node possibly with children
begin
if Assigned(FChildren) and SameObj(FChildren, ChildTree.Children) then
raise EInvalidOperation.Create('Attempt to add child list to itself');
// just add all of childTree's children to this
if Assigned(ChildTree.Children) then
begin
if Assigned(FChildren) then // must copy, this has children already
begin
for C in ChildTree.Children do
begin
FChildren.Add(C);
// handle double-link stuff for each child of nil root
C.Parent := Self;
C.ChildIndex := FChildren.Count - 1;
end;
end
else begin
// no children for this but t has children; just set pointer
// call general freshener routine
FChildren := ChildTree.Children;
FreshenParentAndChildIndexes;
end;
end;
end
else
begin
// child is not nil (don't care about children)
if (FChildren = nil) then
begin
FChildren := CreateChildrenList; // create children list on demand
end;
FChildren.Add(ChildTree);
ChildTree.Parent := Self;
ChildTree.ChildIndex := FChildren.Count - 1;
end;
end;
procedure TBaseTree.AddChildren(const Kids: IList<IBaseTree>);
var
T: IBaseTree;
begin
for T in Kids do
AddChild(T);
end;
constructor TBaseTree.Create(const ANode: ITree);
begin
Create;
// No default implementation
end;
function TBaseTree.CreateChildrenList: IList<IBaseTree>;
begin
Result := TList<IBaseTree>.Create;
end;
function TBaseTree.DeleteChild(const I: Integer): IANTLRInterface;
begin
if (FChildren = nil) then
Result := nil
else
begin
Result := FChildren[I];
FChildren.Delete(I);
// walk rest and decrement their child indexes
FreshenParentAndChildIndexes(I);
end;
end;
procedure TBaseTree.FreshenParentAndChildIndexes(const Offset: Integer);
var
N, C: Integer;
Child: ITree;
begin
N := GetChildCount;
for C := Offset to N - 1 do
begin
Child := GetChild(C);
Child.ChildIndex := C;
Child.Parent := Self;
end;
end;
procedure TBaseTree.FreshenParentAndChildIndexes;
begin
FreshenParentAndChildIndexes(0);
end;
function TBaseTree.GetCharPositionInLine: Integer;
begin
Result := 0;
end;
function TBaseTree.GetChild(const I: Integer): ITree;
begin
if (FChildren = nil) or (I >= FChildren.Count) then
Result := nil
else
Result := FChildren[I];
end;
function TBaseTree.GetChildCount: Integer;
begin
if Assigned(FChildren) then
Result := FChildren.Count
else
Result := 0;
end;
function TBaseTree.GetChildIndex: Integer;
begin
// No default implementation
Result := 0;
end;
function TBaseTree.GetChildren: IList<IBaseTree>;
begin
Result := FChildren;
end;
function TBaseTree.GetIsNil: Boolean;
begin
Result := False;
end;
function TBaseTree.GetLine: Integer;
begin
Result := 0;
end;
function TBaseTree.GetParent: ITree;
begin
// No default implementation
Result := nil;
end;
procedure TBaseTree.ReplaceChildren(const StartChildIndex,
StopChildIndex: Integer; const T: IANTLRInterface);
var
ReplacingHowMany, ReplacingWithHowMany, NumNewChildren, Delta, I, J: Integer;
IndexToDelete, C, ReplacedSoFar: Integer;
NewTree, Killed: IBaseTree;
NewChildren: IList<IBaseTree>;
Child: IBaseTree;
begin
if (FChildren = nil) then
raise EArgumentException.Create('indexes invalid; no children in list');
ReplacingHowMany := StopChildIndex - StartChildIndex + 1;
NewTree := T as IBaseTree;
// normalize to a list of children to add: newChildren
if (NewTree.IsNil) then
NewChildren := NewTree.Children
else
begin
NewChildren := TList<IBaseTree>.Create;
NewChildren.Add(NewTree);
end;
ReplacingWithHowMany := NewChildren.Count;
NumNewChildren := NewChildren.Count;
Delta := ReplacingHowMany - ReplacingWithHowMany;
// if same number of nodes, do direct replace
if (Delta = 0) then
begin
J := 0; // index into new children
for I := StartChildIndex to StopChildIndex do
begin
Child := NewChildren[J];
FChildren[I] := Child;
Child.Parent := Self;
Child.ChildIndex := I;
Inc(J);
end;
end
else
if (Delta > 0) then
begin
// fewer new nodes than there were
// set children and then delete extra
for J := 0 to NumNewChildren - 1 do
FChildren[StartChildIndex + J] := NewChildren[J];
IndexToDelete := StartChildIndex + NumNewChildren;
for C := IndexToDelete to StopChildIndex do
begin
// delete same index, shifting everybody down each time
Killed := FChildren[IndexToDelete];
FChildren.Delete(IndexToDelete);
end;
FreshenParentAndChildIndexes(StartChildIndex);
end
else
begin
// more new nodes than were there before
// fill in as many children as we can (replacingHowMany) w/o moving data
ReplacedSoFar := 0;
while (ReplacedSoFar < ReplacingHowMany) do
begin
FChildren[StartChildIndex + ReplacedSoFar] := NewChildren[ReplacedSoFar];
Inc(ReplacedSoFar);
end;
// replacedSoFar has correct index for children to add
while (ReplacedSoFar < ReplacingWithHowMany) do
begin
FChildren.Insert(StartChildIndex + ReplacedSoFar,NewChildren[ReplacedSoFar]);
Inc(ReplacedSoFar);
end;
FreshenParentAndChildIndexes(StartChildIndex);
end;
end;
procedure TBaseTree.SanityCheckParentAndChildIndexes;
begin
SanityCheckParentAndChildIndexes(nil, -1);
end;
procedure TBaseTree.SanityCheckParentAndChildIndexes(const Parent: ITree;
const I: Integer);
var
N, C: Integer;
Child: ICommonTree;
begin
if not SameObj(Parent, GetParent) then
raise EArgumentException.Create('parents don''t match; expected '
+ Parent.ToString + ' found ' + GetParent.ToString);
if (I <> GetChildIndex) then
raise EArgumentException.Create('child indexes don''t match; expected '
+ IntToStr(I) + ' found ' + IntToStr(GetChildIndex));
N := GetChildCount;
for C := 0 to N - 1 do
begin
Child := GetChild(C) as ICommonTree;
Child.SanityCheckParentAndChildIndexes(Self, C);
end;
end;
procedure TBaseTree.SetChild(const I: Integer; const T: ITree);
begin
if (T = nil) then
Exit;
if T.IsNil then
raise EArgumentException.Create('Cannot set single child to a list');
if (FChildren = nil) then
begin
FChildren := CreateChildrenList;
end;
FChildren[I] := T as IBaseTree;
T.Parent := Self;
T.ChildIndex := I;
end;
procedure TBaseTree.SetChildIndex(const Value: Integer);
begin
// No default implementation
end;
procedure TBaseTree.SetParent(const Value: ITree);
begin
// No default implementation
end;
function TBaseTree.ToStringTree: String;
var
Buf: TStringBuilder;
I: Integer;
T: IBaseTree;
begin
if (FChildren = nil) or (FChildren.Count = 0) then
Result := ToString
else
begin
Buf := TStringBuilder.Create;
try
if (not GetIsNil) then
begin
Buf.Append('(');
Buf.Append(ToString);
Buf.Append(' ');
end;
for I := 0 to FChildren.Count - 1 do
begin
T := FChildren[I];
if (I > 0) then
Buf.Append(' ');
Buf.Append(T.ToStringTree);
end;
if (not GetIsNil) then
Buf.Append(')');
Result := Buf.ToString;
finally
Buf.Free;
end;
end;
end;
{ TCommonTree }
constructor TCommonTree.Create;
begin
inherited;
FStartIndex := -1;
FStopIndex := -1;
FChildIndex := -1;
end;
constructor TCommonTree.Create(const ANode: ICommonTree);
begin
inherited Create(ANode);
FToken := ANode.Token;
FStartIndex := ANode.StartIndex;
FStopIndex := ANode.StopIndex;
FChildIndex := -1;
end;
constructor TCommonTree.Create(const AToken: IToken);
begin
Create;
FToken := AToken;
end;
function TCommonTree.DupNode: ITree;
begin
Result := TCommonTree.Create(Self) as ICommonTree;
end;
function TCommonTree.GetCharPositionInLine: Integer;
begin
if (FToken = nil) or (FToken.CharPositionInLine = -1) then
begin
if (GetChildCount > 0) then
Result := GetChild(0).CharPositionInLine
else
Result := 0;
end
else
Result := FToken.CharPositionInLine;
end;
function TCommonTree.GetChildIndex: Integer;
begin
Result := FChildIndex;
end;
function TCommonTree.GetIsNil: Boolean;
begin
Result := (FToken = nil);
end;
function TCommonTree.GetLine: Integer;
begin
if (FToken = nil) or (FToken.Line = 0) then
begin
if (GetChildCount > 0) then
Result := GetChild(0).Line
else
Result := 0
end
else
Result := FToken.Line;
end;
function TCommonTree.GetParent: ITree;
begin
Result := ITree(FParent);
end;
function TCommonTree.GetStartIndex: Integer;
begin
Result := FStartIndex;
end;
function TCommonTree.GetStopIndex: Integer;
begin
Result := FStopIndex;
end;
function TCommonTree.GetText: String;
begin
if (FToken = nil) then
Result := ''
else
Result := FToken.Text;
end;
function TCommonTree.GetToken: IToken;
begin
Result := FToken;
end;
function TCommonTree.GetTokenStartIndex: Integer;
begin
if (FStartIndex = -1) and (FToken <> nil) then
Result := FToken.TokenIndex
else
Result := FStartIndex;
end;
function TCommonTree.GetTokenStopIndex: Integer;
begin
if (FStopIndex = -1) and (FToken <> nil) then
Result := FToken.TokenIndex
else
Result := FStopIndex;
end;
function TCommonTree.GetTokenType: Integer;
begin
if (FToken = nil) then
Result := TToken.INVALID_TOKEN_TYPE
else
Result := FToken.TokenType;
end;
procedure TCommonTree.SetChildIndex(const Value: Integer);
begin
FChildIndex := Value;
end;
procedure TCommonTree.SetParent(const Value: ITree);
begin
FParent := Pointer(Value as ICommonTree);
end;
procedure TCommonTree.SetStartIndex(const Value: Integer);
begin
FStartIndex := Value;
end;
procedure TCommonTree.SetStopIndex(const Value: Integer);
begin
FStopIndex := Value;
end;
procedure TCommonTree.SetTokenStartIndex(const Value: Integer);
begin
FStartIndex := Value;
end;
procedure TCommonTree.SetTokenStopIndex(const Value: Integer);
begin
FStopIndex := Value;
end;
function TCommonTree.ToString: String;
begin
if (GetIsNil) then
Result := 'nil'
else
if (GetTokenType = TToken.INVALID_TOKEN_TYPE) then
Result := '<errornode>'
else
if (FToken = nil) then
Result := ''
else
Result := FToken.Text;
end;
{ TCommonErrorNode }
constructor TCommonErrorNode.Create(const AInput: ITokenStream; const AStart,
AStop: IToken; const AException: ERecognitionException);
begin
inherited Create;
if (AStop = nil) or ((AStop.TokenIndex < AStart.TokenIndex)
and (AStop.TokenType <> TToken.EOF))
then
// sometimes resync does not consume a token (when LT(1) is
// in follow set). So, stop will be 1 to left to start. adjust.
// Also handle case where start is the first token and no token
// is consumed during recovery; LT(-1) will return null.
FStop := AStart
else
FStop := AStop;
FInput := AInput;
FStart := AStart;
FTrappedException := AException;
end;
function TCommonErrorNode.GetIsNil: Boolean;
begin
Result := False;
end;
function TCommonErrorNode.GetText: String;
var
I, J: Integer;
begin
I := FStart.TokenIndex;
if (FStop.TokenType = TToken.EOF) then
J := (FInput as ITokenStream).Size
else
J := FStop.TokenIndex;
Result := (FInput as ITokenStream).ToString(I, J);
end;
function TCommonErrorNode.GetTokenType: Integer;
begin
Result := TToken.INVALID_TOKEN_TYPE;
end;
function TCommonErrorNode.ToString: String;
begin
if (FTrappedException is EMissingTokenException) then
Result := '<missing type: '
+ IntToStr(EMissingTokenException(FTrappedException).MissingType) + '>'
else
if (FTrappedException is EUnwantedTokenException) then
Result := '<extraneous: '
+ EUnwantedTokenException(FTrappedException).UnexpectedToken.ToString
+ ', resync=' + GetText + '>'
else
if (FTrappedException is EMismatchedTokenException) then
Result := '<mismatched token: ' + FTrappedException.Token.ToString
+ ', resync=' + GetText + '>'
else
if (FTrappedException is ENoViableAltException) then
Result := '<unexpected: ' + FTrappedException.Token.ToString
+ ', resync=' + GetText + '>'
else
Result := '<error: ' + GetText + '>';
end;
{ TBaseTreeAdaptor }
procedure TBaseTreeAdaptor.AddChild(const T, Child: IANTLRInterface);
begin
if Assigned(T) and Assigned(Child) then
(T as ITree).AddChild(Child as ITree);
end;
function TBaseTreeAdaptor.BecomeRoot(const NewRoot,
OldRoot: IANTLRInterface): IANTLRInterface;
var
NewRootTree, OldRootTree: ITree;
NC: Integer;
begin
NewRootTree := NewRoot as ITree;
OldRootTree := OldRoot as ITree;
if (OldRoot = nil) then
Result := NewRoot
else
begin
// handle ^(nil real-node)
if (NewRootTree.IsNil) then
begin
NC := NewRootTree.ChildCount;
if (NC = 1) then
NewRootTree := NewRootTree.GetChild(0)
else
if (NC > 1) then
raise Exception.Create('more than one node as root');
end;
// add oldRoot to newRoot; AddChild takes care of case where oldRoot
// is a flat list (i.e., nil-rooted tree). All children of oldRoot
// are added to newRoot.
NewRootTree.AddChild(OldRootTree);
Result := NewRootTree;
end;
end;
function TBaseTreeAdaptor.BecomeRoot(const NewRoot: IToken;
const OldRoot: IANTLRInterface): IANTLRInterface;
begin
Result := BecomeRoot(CreateNode(NewRoot), OldRoot);
end;
function TBaseTreeAdaptor.CreateNode(const TokenType: Integer;
const FromToken: IToken): IANTLRInterface;
var
Token: IToken;
begin
Token := CreateToken(FromToken);
Token.TokenType := TokenType;
Result := CreateNode(Token);
end;
function TBaseTreeAdaptor.CreateNode(const TokenType: Integer;
const Text: String): IANTLRInterface;
var
Token: IToken;
begin
Token := CreateToken(TokenType, Text);
Result := CreateNode(Token);
end;
function TBaseTreeAdaptor.CreateNode(const TokenType: Integer;
const FromToken: IToken; const Text: String): IANTLRInterface;
var
Token: IToken;
begin
Token := CreateToken(FromToken);
Token.TokenType := TokenType;
Token.Text := Text;
Result := CreateNode(Token);
end;
constructor TBaseTreeAdaptor.Create;
begin
inherited Create;
FUniqueNodeID := 1;
end;
function TBaseTreeAdaptor.DeleteChild(const T: IANTLRInterface;
const I: Integer): IANTLRInterface;
begin
Result := (T as ITree).DeleteChild(I);
end;
function TBaseTreeAdaptor.DupTree(const T,
Parent: IANTLRInterface): IANTLRInterface;
var
I, N: Integer;
Child, NewSubTree: IANTLRInterface;
begin
if (T = nil) then
Result := nil
else
begin
Result := DupNode(T);
// ensure new subtree root has parent/child index set
SetChildIdex(Result, GetChildIndex(T));
SetParent(Result, Parent);
N := GetChildCount(T);
for I := 0 to N - 1 do
begin
Child := GetChild(T, I);
NewSubTree := DupTree(Child, T);
AddChild(Result, NewSubTree);
end;
end;
end;
function TBaseTreeAdaptor.DupTree(const Tree: IANTLRInterface): IANTLRInterface;
begin
Result := DupTree(Tree, nil);
end;
function TBaseTreeAdaptor.ErrorNode(const Input: ITokenStream; const Start,
Stop: IToken; const E: ERecognitionException): IANTLRInterface;
begin
Result := TCommonErrorNode.Create(Input, Start, Stop, E);
end;
function TBaseTreeAdaptor.GetChild(const T: IANTLRInterface;
const I: Integer): IANTLRInterface;
begin
Result := (T as ITree).GetChild(I);
end;
function TBaseTreeAdaptor.GetChildCount(const T: IANTLRInterface): Integer;
begin
Result := (T as ITree).ChildCount;
end;
function TBaseTreeAdaptor.GetNilNode: IANTLRInterface;
begin
Result := CreateNode(nil);
end;
function TBaseTreeAdaptor.GetNodeText(const T: IANTLRInterface): String;
begin
Result := (T as ITree).Text;
end;
function TBaseTreeAdaptor.GetNodeType(const T: IANTLRInterface): Integer;
begin
Result := 0;
end;
function TBaseTreeAdaptor.GetUniqueID(const Node: IANTLRInterface): Integer;
begin
if (FTreeToUniqueIDMap = nil) then
FTreeToUniqueIDMap := TDictionary<IANTLRInterface, Integer>.Create;
if (not FTreeToUniqueIDMap.TryGetValue(Node, Result)) then
begin
Result := FUniqueNodeID;
FTreeToUniqueIDMap[Node] := Result;
Inc(FUniqueNodeID);
end;
end;
function TBaseTreeAdaptor.IsNil(const Tree: IANTLRInterface): Boolean;
begin
Result := (Tree as ITree).IsNil;
end;
function TBaseTreeAdaptor.RulePostProcessing(
const Root: IANTLRInterface): IANTLRInterface;
var
R: ITree;
begin
R := Root as ITree;
if Assigned(R) and (R.IsNil) then
begin
if (R.ChildCount = 0) then
R := nil
else
if (R.ChildCount = 1) then
begin
R := R.GetChild(0);
// whoever invokes rule will set parent and child index
R.Parent := nil;
R.ChildIndex := -1;
end;
end;
Result := R;
end;
procedure TBaseTreeAdaptor.SetChild(const T: IANTLRInterface; const I: Integer;
const Child: IANTLRInterface);
begin
(T as ITree).SetChild(I, Child as ITree);
end;
procedure TBaseTreeAdaptor.SetNodeText(const T: IANTLRInterface;
const Text: String);
begin
raise EInvalidOperation.Create('don''t know enough about Tree node');
end;
procedure TBaseTreeAdaptor.SetNodeType(const T: IANTLRInterface;
const NodeType: Integer);
begin
raise EInvalidOperation.Create('don''t know enough about Tree node');
end;
{ TCommonTreeAdaptor }
function TCommonTreeAdaptor.CreateNode(const Payload: IToken): IANTLRInterface;
begin
Result := TCommonTree.Create(Payload);
end;
function TCommonTreeAdaptor.CreateToken(const TokenType: Integer;
const Text: String): IToken;
begin
Result := TCommonToken.Create(TokenType, Text);
end;
function TCommonTreeAdaptor.CreateToken(const FromToken: IToken): IToken;
begin
Result := TCommonToken.Create(FromToken);
end;
function TCommonTreeAdaptor.DupNode(
const TreeNode: IANTLRInterface): IANTLRInterface;
begin
if (TreeNode = nil) then
Result := nil
else
Result := (TreeNode as ITree).DupNode;
end;
function TCommonTreeAdaptor.GetChild(const T: IANTLRInterface;
const I: Integer): IANTLRInterface;
begin
if (T = nil) then
Result := nil
else
Result := (T as ITree).GetChild(I);
end;
function TCommonTreeAdaptor.GetChildCount(const T: IANTLRInterface): Integer;
begin
if (T = nil) then
Result := 0
else
Result := (T as ITree).ChildCount;
end;
function TCommonTreeAdaptor.GetChildIndex(const T: IANTLRInterface): Integer;
begin
Result := (T as ITree).ChildIndex;
end;
function TCommonTreeAdaptor.GetNodeText(const T: IANTLRInterface): String;
begin
if (T = nil) then
Result := ''
else
Result := (T as ITree).Text;
end;
function TCommonTreeAdaptor.GetNodeType(const T: IANTLRInterface): Integer;
begin
if (T = nil) then
Result := TToken.INVALID_TOKEN_TYPE
else
Result := (T as ITree).TokenType;
end;
function TCommonTreeAdaptor.GetParent(
const T: IANTLRInterface): IANTLRInterface;
begin
Result := (T as ITree).Parent;
end;
function TCommonTreeAdaptor.GetToken(const TreeNode: IANTLRInterface): IToken;
var
CommonTree: ICommonTree;
begin
if Supports(TreeNode, ICommonTree, CommonTree) then
Result := CommonTree.Token
else
Result := nil; // no idea what to do
end;
function TCommonTreeAdaptor.GetTokenStartIndex(
const T: IANTLRInterface): Integer;
begin
if (T = nil) then
Result := -1
else
Result := (T as ITree).TokenStartIndex;
end;
function TCommonTreeAdaptor.GetTokenStopIndex(
const T: IANTLRInterface): Integer;
begin
if (T = nil) then
Result := -1
else
Result := (T as ITree).TokenStopIndex;
end;
procedure TCommonTreeAdaptor.ReplaceChildren(const Parent: IANTLRInterface;
const StartChildIndex, StopChildIndex: Integer; const T: IANTLRInterface);
begin
if Assigned(Parent) then
(Parent as ITree).ReplaceChildren(StartChildIndex, StopChildIndex, T);
end;
procedure TCommonTreeAdaptor.SetChildIdex(const T: IANTLRInterface;
const Index: Integer);
begin
(T as ITree).ChildIndex := Index;
end;
procedure TCommonTreeAdaptor.SetParent(const T, Parent: IANTLRInterface);
begin
(T as ITree).Parent := (Parent as ITree);
end;
procedure TCommonTreeAdaptor.SetTokenBoundaries(const T: IANTLRInterface;
const StartToken, StopToken: IToken);
var
Start, Stop: Integer;
begin
if Assigned(T) then
begin
if Assigned(StartToken) then
Start := StartToken.TokenIndex
else
Start := 0;
if Assigned(StopToken) then
Stop := StopToken.TokenIndex
else
Stop := 0;
(T as ITree).TokenStartIndex := Start;
(T as ITree).TokenStopIndex := Stop;
end;
end;
{ TCommonTreeNodeStream }
procedure TCommonTreeNodeStream.AddNavigationNode(const TokenType: Integer);
var
NavNode: IANTLRInterface;
begin
if (TokenType = TToken.DOWN) then
begin
if (GetHasUniqueNavigationNodes) then
NavNode := FAdaptor.CreateNode(TToken.DOWN, 'DOWN')
else
NavNode := FDown;
end
else
begin
if (GetHasUniqueNavigationNodes) then
NavNode := FAdaptor.CreateNode(TToken.UP, 'UP')
else
NavNode := FUp;
end;
FNodes.Add(NavNode);
end;
procedure TCommonTreeNodeStream.Consume;
begin
if (FP = -1) then
FillBuffer;
Inc(FP);
end;
constructor TCommonTreeNodeStream.Create;
begin
inherited;
FP := -1;
end;
constructor TCommonTreeNodeStream.Create(const ATree: IANTLRInterface);
begin
Create(TCommonTreeAdaptor.Create, ATree);
end;
constructor TCommonTreeNodeStream.Create(const AAdaptor: ITreeAdaptor;
const ATree: IANTLRInterface);
begin
Create(AAdaptor, ATree, DEFAULT_INITIAL_BUFFER_SIZE);
end;
constructor TCommonTreeNodeStream.Create(const AAdaptor: ITreeAdaptor;
const ATree: IANTLRInterface; const AInitialBufferSize: Integer);
begin
Create;
FRoot := ATree;
FAdaptor := AAdaptor;
FNodes := TList<IANTLRInterface>.Create;
FNodes.Capacity := AInitialBufferSize;
FDown := FAdaptor.CreateNode(TToken.DOWN, 'DOWN');
FUp := FAdaptor.CreateNode(TToken.UP, 'UP');
FEof := FAdaptor.CreateNode(TToken.EOF, 'EOF');
end;
procedure TCommonTreeNodeStream.FillBuffer;
begin
FillBuffer(FRoot);
FP := 0; // buffer of nodes intialized now
end;
procedure TCommonTreeNodeStream.FillBuffer(const T: IANTLRInterface);
var
IsNil: Boolean;
C, N: Integer;
begin
IsNil := FAdaptor.IsNil(T);
if (not IsNil) then
FNodes.Add(T); // add this node
// add DOWN node if t has children
N := FAdaptor.GetChildCount(T);
if (not IsNil) and (N > 0) then
AddNavigationNode(TToken.DOWN);
// and now add all its children
for C := 0 to N - 1 do
FillBuffer(FAdaptor.GetChild(T, C));
// add UP node if t has children
if (not IsNil) and (N > 0) then
AddNavigationNode(TToken.UP);
end;
function TCommonTreeNodeStream.Get(const I: Integer): IANTLRInterface;
begin
if (FP = -1) then
FillBuffer;
Result := FNodes[I];
end;
function TCommonTreeNodeStream.GetCurrentSymbol: IANTLRInterface;
begin
Result := LT(1);
end;
function TCommonTreeNodeStream.GetHasUniqueNavigationNodes: Boolean;
begin
Result := FUniqueNavigationNodes;
end;
function TCommonTreeNodeStream.GetNodeIndex(
const Node: IANTLRInterface): Integer;
var
T: IANTLRInterface;
begin
if (FP = -1) then
FillBuffer;
for Result := 0 to FNodes.Count - 1 do
begin
T := FNodes[Result];
if (T = Node) then
Exit;
end;
Result := -1;
end;
function TCommonTreeNodeStream.GetSourceName: String;
begin
Result := GetTokenStream.SourceName;
end;
function TCommonTreeNodeStream.GetTokenStream: ITokenStream;
begin
Result := FTokens;
end;
function TCommonTreeNodeStream.GetTreeAdaptor: ITreeAdaptor;
begin
Result := FAdaptor;
end;
function TCommonTreeNodeStream.GetTreeSource: IANTLRInterface;
begin
Result := FRoot;
end;
function TCommonTreeNodeStream.Index: Integer;
begin
Result := FP;
end;
function TCommonTreeNodeStream.LA(I: Integer): Integer;
begin
Result := FAdaptor.GetNodeType(LT(I));
end;
function TCommonTreeNodeStream.LAChar(I: Integer): Char;
begin
Result := Char(LA(I));
end;
function TCommonTreeNodeStream.LB(const K: Integer): IANTLRInterface;
begin
if (K = 0) then
Result := nil
else
if ((FP - K) < 0) then
Result := nil
else
Result := FNodes[FP - K];
end;
function TCommonTreeNodeStream.LT(const K: Integer): IANTLRInterface;
begin
if (FP = -1) then
FillBuffer;
if (K = 0) then
Result := nil
else
if (K < 0) then
Result := LB(-K)
else
if ((FP + K - 1) >= FNodes.Count) then
Result := FEof
else
Result := FNodes[FP + K - 1];
end;
function TCommonTreeNodeStream.Mark: Integer;
begin
if (FP = -1) then
FillBuffer;
FLastMarker := Index;
Result := FLastMarker;
end;
function TCommonTreeNodeStream.Pop: Integer;
begin
Result := FCalls.Pop;
Seek(Result);
end;
procedure TCommonTreeNodeStream.Push(const Index: Integer);
begin
if (FCalls = nil) then
FCalls := TStackList<Integer>.Create;
FCalls.Push(FP); // save current index
Seek(Index);
end;
procedure TCommonTreeNodeStream.Release(const Marker: Integer);
begin
// no resources to release
end;
procedure TCommonTreeNodeStream.ReplaceChildren(const Parent: IANTLRInterface;
const StartChildIndex, StopChildIndex: Integer; const T: IANTLRInterface);
begin
if Assigned(Parent) then
FAdaptor.ReplaceChildren(Parent, StartChildIndex, StopChildIndex, T);
end;
procedure TCommonTreeNodeStream.Reset;
begin
FP := -1;
FLastMarker := 0;
if Assigned(FCalls) then
FCalls.Clear;
end;
procedure TCommonTreeNodeStream.Rewind(const Marker: Integer);
begin
Seek(Marker);
end;
procedure TCommonTreeNodeStream.Rewind;
begin
Seek(FLastMarker);
end;
procedure TCommonTreeNodeStream.Seek(const Index: Integer);
begin
if (FP = -1) then
FillBuffer;
FP := Index;
end;
procedure TCommonTreeNodeStream.SetHasUniqueNavigationNodes(
const Value: Boolean);
begin
FUniqueNavigationNodes := Value;
end;
procedure TCommonTreeNodeStream.SetTokenStream(const Value: ITokenStream);
begin
FTokens := Value;
end;
procedure TCommonTreeNodeStream.SetTreeAdaptor(const Value: ITreeAdaptor);
begin
FAdaptor := Value;
end;
function TCommonTreeNodeStream.Size: Integer;
begin
if (FP = -1) then
FillBuffer;
Result := FNodes.Count;
end;
function TCommonTreeNodeStream.ToString(const Start,
Stop: IANTLRInterface): String;
var
CommonTree: ICommonTree;
I, BeginTokenIndex, EndTokenIndex: Integer;
T: IANTLRInterface;
Buf: TStringBuilder;
Text: String;
begin
WriteLn('ToString');
if (Start = nil) or (Stop = nil) then
Exit;
if (FP = -1) then
FillBuffer;
if Supports(Start, ICommonTree, CommonTree) then
Write('ToString: ' + CommonTree.Token.ToString + ', ')
else
WriteLn(Start.ToString);
if Supports(Stop, ICommonTree, CommonTree) then
WriteLn(CommonTree.Token.ToString)
else
WriteLn(Stop.ToString);
// if we have the token stream, use that to dump text in order
if Assigned(FTokens) then
begin
BeginTokenIndex := FAdaptor.GetTokenStartIndex(Start);
EndTokenIndex := FAdaptor.GetTokenStartIndex(Stop);
// if it's a tree, use start/stop index from start node
// else use token range from start/stop nodes
if (FAdaptor.GetNodeType(Stop) = TToken.UP) then
EndTokenIndex := FAdaptor.GetTokenStopIndex(Start)
else
if (FAdaptor.GetNodeType(Stop) = TToken.EOF) then
EndTokenIndex := Size - 2; // don't use EOF
Result := FTokens.ToString(BeginTokenIndex, EndTokenIndex);
Exit;
end;
// walk nodes looking for start
T := nil;
I := 0;
while (I < FNodes.Count) do
begin
T := FNodes[I];
if SameObj(T, Start) then
Break;
Inc(I);
end;
// now walk until we see stop, filling string buffer with text
Buf := TStringBuilder.Create;
try
T := FNodes[I];
while (T <> Stop) do
begin
Text := FAdaptor.GetNodeText(T);
if (Text = '') then
Text := ' ' + IntToStr(FAdaptor.GetNodeType(T));
Buf.Append(Text);
Inc(I);
T := FNodes[I];
end;
// include stop node too
Text := FAdaptor.GetNodeText(Stop);
if (Text = '') then
Text := ' ' + IntToStr(FAdaptor.GetNodeType(Stop));
Buf.Append(Text);
Result := Buf.ToString;
finally
Buf.Free;
end;
end;
function TCommonTreeNodeStream.ToString: String;
var
Buf: TStringBuilder;
T: IANTLRInterface;
begin
if (FP = -1) then
FillBuffer;
Buf := TStringBuilder.Create;
try
for T in FNodes do
begin
Buf.Append(' ');
Buf.Append(FAdaptor.GetNodeType(T));
end;
Result := Buf.ToString;
finally
Buf.Free;
end;
end;
function TCommonTreeNodeStream.ToTokenString(const Start,
Stop: Integer): String;
var
I: Integer;
T: IANTLRInterface;
Buf: TStringBuilder;
begin
if (FP = -1) then
FillBuffer;
Buf := TStringBuilder.Create;
try
for I := Stop to Min(FNodes.Count - 1, Stop) do
begin
T := FNodes[I];
Buf.Append(' ');
Buf.Append(FAdaptor.GetToken(T).ToString);
end;
Result := Buf.ToString;
finally
Buf.Free;
end;
end;
{ TParseTree }
constructor TParseTree.Create(const ALabel: IANTLRInterface);
begin
inherited Create;
FPayload := ALabel;
end;
function TParseTree.DupNode: ITree;
begin
Result := nil;
end;
function TParseTree.GetText: String;
begin
Result := ToString;
end;
function TParseTree.GetTokenStartIndex: Integer;
begin
Result := 0;
end;
function TParseTree.GetTokenStopIndex: Integer;
begin
Result := 0;
end;
function TParseTree.GetTokenType: Integer;
begin
Result := 0;
end;
procedure TParseTree.SetTokenStartIndex(const Value: Integer);
begin
// No implementation
end;
procedure TParseTree.SetTokenStopIndex(const Value: Integer);
begin
// No implementation
end;
function TParseTree.ToInputString: String;
var
Buf: TStringBuilder;
begin
Buf := TStringBuilder.Create;
try
_ToStringLeaves(Buf);
Result := Buf.ToString;
finally
Buf.Free;
end;
end;
function TParseTree.ToString: String;
var
T: IToken;
begin
if Supports(FPayload, IToken, T) then
begin
if (T.TokenType = TToken.EOF) then
Result := '<EOF>'
else
Result := T.Text;
end
else
Result := FPayload.ToString;
end;
function TParseTree.ToStringWithHiddenTokens: String;
var
Buf: TStringBuilder;
Hidden: IToken;
NodeText: String;
begin
Buf := TStringBuilder.Create;
try
if Assigned(FHiddenTokens) then
begin
for Hidden in FHiddenTokens do
Buf.Append(Hidden.Text);
end;
NodeText := ToString;
if (NodeText <> '<EOF>') then
Buf.Append(NodeText);
Result := Buf.ToString;
finally
Buf.Free;
end;
end;
procedure TParseTree._ToStringLeaves(const Buf: TStringBuilder);
var
T: IBaseTree;
begin
if Supports(FPayload, IToken) then
begin
// leaf node token?
Buf.Append(ToStringWithHiddenTokens);
Exit;
end;
if Assigned(FChildren) then
for T in FChildren do
(T as IParseTree)._ToStringLeaves(Buf);
end;
{ ERewriteCardinalityException }
constructor ERewriteCardinalityException.Create(
const AElementDescription: String);
begin
inherited Create(AElementDescription);
FElementDescription := AElementDescription;
end;
{ TRewriteRuleElementStream }
procedure TRewriteRuleElementStream.Add(const El: IANTLRInterface);
begin
if (El = nil) then
Exit;
if Assigned(FElements) then
// if in list, just add
FElements.Add(El)
else
if (FSingleElement = nil) then
// no elements yet, track w/o list
FSingleElement := El
else
begin
// adding 2nd element, move to list
FElements := TList<IANTLRInterface>.Create;
FElements.Capacity := 5;
FElements.Add(FSingleElement);
FSingleElement := nil;
FElements.Add(El);
end;
end;
constructor TRewriteRuleElementStream.Create(const AAdaptor: ITreeAdaptor;
const AElementDescription: String);
begin
inherited Create;
FAdaptor := AAdaptor;
FElementDescription := AElementDescription;
end;
constructor TRewriteRuleElementStream.Create(const AAdaptor: ITreeAdaptor;
const AElementDescription: String; const AOneElement: IANTLRInterface);
begin
Create(AAdaptor, AElementDescription);
Add(AOneElement);
end;
constructor TRewriteRuleElementStream.Create(const AAdaptor: ITreeAdaptor;
const AElementDescription: String; const AElements: IList<IANTLRInterface>);
begin
Create(AAdaptor, AElementDescription);
FElements := AElements;
end;
function TRewriteRuleElementStream.GetDescription: String;
begin
Result := FElementDescription;
end;
function TRewriteRuleElementStream.HasNext: Boolean;
begin
Result := ((FSingleElement <> nil) and (FCursor < 1))
or ((FElements <> nil) and (FCursor < FElements.Count));
end;
function TRewriteRuleElementStream.NextTree: IANTLRInterface;
begin
Result := _Next;
end;
procedure TRewriteRuleElementStream.Reset;
begin
FCursor := 0;
FDirty := True;
end;
function TRewriteRuleElementStream.Size: Integer;
begin
if Assigned(FSingleElement) then
Result := 1
else
if Assigned(FElements) then
Result := FElements.Count
else
Result := 0;
end;
function TRewriteRuleElementStream.ToTree(const El: IANTLRInterface): IANTLRInterface;
begin
Result := El;
end;
function TRewriteRuleElementStream._Next: IANTLRInterface;
var
Size: Integer;
begin
Size := Self.Size;
if (Size = 0) then
raise ERewriteEmptyStreamException.Create(FElementDescription);
if (FCursor >= Size) then
begin
// out of elements?
if (Size = 1) then
// if size is 1, it's ok; return and we'll dup
Result := ToTree(FSingleElement)
else
// out of elements and size was not 1, so we can't dup
raise ERewriteCardinalityException.Create(FElementDescription);
end
else
begin
// we have elements
if Assigned(FSingleElement) then
begin
Inc(FCursor); // move cursor even for single element list
Result := ToTree(FSingleElement);
end
else
begin
// must have more than one in list, pull from elements
Result := ToTree(FElements[FCursor]);
Inc(FCursor);
end;
end;
end;
{ TRewriteRuleNodeStream }
function TRewriteRuleNodeStream.NextNode: IANTLRInterface;
begin
Result := _Next;
end;
function TRewriteRuleNodeStream.ToTree(
const El: IANTLRInterface): IANTLRInterface;
begin
Result := FAdaptor.DupNode(El);
end;
{ TRewriteRuleSubtreeStream }
function TRewriteRuleSubtreeStream.Dup(
const O: IANTLRInterface): IANTLRInterface;
begin
Result := FAdaptor.DupTree(O);
end;
function TRewriteRuleSubtreeStream.DupNode(
const O: IANTLRInterface): IANTLRInterface;
begin
Result := FAdaptor.DupNode(O);
end;
function TRewriteRuleSubtreeStream.FetchObject(
const PH: TProcessHandler): IANTLRInterface;
begin
if (RequiresDuplication) then
// process the object
Result := PH(_Next)
else
// test above then fetch
Result := _Next;
end;
function TRewriteRuleSubtreeStream.NextNode: IANTLRInterface;
begin
// if necessary, dup (at most a single node since this is for making root nodes).
Result := FetchObject(DupNode);
end;
function TRewriteRuleSubtreeStream.NextTree: IANTLRInterface;
begin
// if out of elements and size is 1, dup
Result := FetchObject(Dup);
end;
function TRewriteRuleSubtreeStream.RequiresDuplication: Boolean;
var
Size: Integer;
begin
Size := Self.Size;
// if dirty or if out of elements and size is 1
Result := FDirty or ((FCursor >= Size) and (Size = 1));
end;
{ TRewriteRuleTokenStream }
function TRewriteRuleTokenStream.NextNode: IANTLRInterface;
begin
Result := FAdaptor.CreateNode(_Next as IToken)
end;
function TRewriteRuleTokenStream.NextToken: IToken;
begin
Result := _Next as IToken;
end;
function TRewriteRuleTokenStream.ToTree(
const El: IANTLRInterface): IANTLRInterface;
begin
Result := El;
end;
{ TTreeParser }
constructor TTreeParser.Create(const AInput: ITreeNodeStream);
begin
inherited Create; // highlight that we go to super to set state object
SetTreeNodeStream(AInput);
end;
constructor TTreeParser.Create(const AInput: ITreeNodeStream;
const AState: IRecognizerSharedState);
begin
inherited Create(AState); // share the state object with another parser
SetTreeNodeStream(AInput);
end;
function TTreeParser.GetCurrentInputSymbol(
const Input: IIntStream): IANTLRInterface;
begin
Result := FInput.LT(1);
end;
function TTreeParser.GetErrorHeader(const E: ERecognitionException): String;
begin
Result := GetGrammarFileName + ': node from ';
if (E.ApproximateLineInfo) then
Result := Result + 'after ';
Result := Result + 'line ' + IntToStr(E.Line) + ':' + IntToStr(E.CharPositionInLine);
end;
function TTreeParser.GetErrorMessage(const E: ERecognitionException;
const TokenNames: TStringArray): String;
var
Adaptor: ITreeAdaptor;
begin
if (Self is TTreeParser) then
begin
Adaptor := (E.Input as ITreeNodeStream).TreeAdaptor;
E.Token := Adaptor.GetToken(E.Node);
if (E.Token = nil) then
// could be an UP/DOWN node
E.Token := TCommonToken.Create(Adaptor.GetNodeType(E.Node),
Adaptor.GetNodeText(E.Node));
end;
Result := inherited GetErrorMessage(E, TokenNames);
end;
function TTreeParser.GetInput: IIntStream;
begin
Result := FInput;
end;
function TTreeParser.GetMissingSymbol(const Input: IIntStream;
const E: ERecognitionException; const ExpectedTokenType: Integer;
const Follow: IBitSet): IANTLRInterface;
var
TokenText: String;
begin
TokenText := '<missing ' + GetTokenNames[ExpectedTokenType] + '>';
Result := TCommonTree.Create(TCommonToken.Create(ExpectedTokenType, TokenText));
end;
function TTreeParser.GetSourceName: String;
begin
Result := FInput.SourceName;
end;
function TTreeParser.GetTreeNodeStream: ITreeNodeStream;
begin
Result := FInput;
end;
procedure TTreeParser.MatchAny(const Input: IIntStream);
var
Look: IANTLRInterface;
Level, TokenType: Integer;
begin
FState.ErrorRecovery := False;
FState.Failed := False;
Look := FInput.LT(1);
if (FInput.TreeAdaptor.GetChildCount(Look) = 0) then
begin
FInput.Consume; // not subtree, consume 1 node and return
Exit;
end;
// current node is a subtree, skip to corresponding UP.
// must count nesting level to get right UP
Level := 0;
TokenType := FInput.TreeAdaptor.GetNodeType(Look);
while (TokenType <> TToken.EOF) and not ((TokenType = UP) and (Level = 0)) do
begin
FInput.Consume;
Look := FInput.LT(1);
TokenType := FInput.TreeAdaptor.GetNodeType(Look);
if (TokenType = DOWN) then
Inc(Level)
else
if (TokenType = UP) then
Dec(Level);
end;
FInput.Consume; // consume UP
end;
procedure TTreeParser.Mismatch(const Input: IIntStream;
const TokenType: Integer; const Follow: IBitSet);
begin
raise EMismatchedTreeNodeException.Create(TokenType, FInput);
end;
procedure TTreeParser.Reset;
begin
inherited; // reset all recognizer state variables
if Assigned(FInput) then
FInput.Seek(0); // rewind the input
end;
procedure TTreeParser.SetTreeNodeStream(const Value: ITreeNodeStream);
begin
FInput := Value;
end;
procedure TTreeParser.TraceIn(const RuleName: String; const RuleIndex: Integer);
begin
inherited TraceIn(RuleName, RuleIndex, FInput.LT(1).ToString);
end;
procedure TTreeParser.TraceOut(const RuleName: String;
const RuleIndex: Integer);
begin
inherited TraceOut(RuleName, RuleIndex, FInput.LT(1).ToString);
end;
{ TTreePatternLexer }
constructor TTreePatternLexer.Create;
begin
inherited;
FSVal := TStringBuilder.Create;
end;
procedure TTreePatternLexer.Consume;
begin
Inc(FP);
if (FP > FN) then
FC := EOF
else
FC := Integer(FPattern[FP]);
end;
constructor TTreePatternLexer.Create(const APattern: String);
begin
Create;
FPattern := APattern;
FN := Length(FPattern);
Consume;
end;
destructor TTreePatternLexer.Destroy;
begin
FSVal.Free;
inherited;
end;
function TTreePatternLexer.NextToken: Integer;
begin
FSVal.Length := 0; // reset, but reuse buffer
while (FC <> EOF) do
begin
if (FC = 32) or (FC = 10) or (FC = 13) or (FC = 9) then
begin
Consume;
Continue;
end;
if ((FC >= Ord('a')) and (FC <= Ord('z')))
or ((FC >= Ord('A')) and (FC <= Ord('Z')))
or (FC = Ord('_'))
then begin
FSVal.Append(Char(FC));
Consume;
while ((FC >= Ord('a')) and (FC <= Ord('z')))
or ((FC >= Ord('A')) and (FC <= Ord('Z')))
or ((FC >= Ord('0')) and (FC <= Ord('9')))
or (FC = Ord('_')) do
begin
FSVal.Append(Char(FC));
Consume;
end;
Exit(ID);
end;
if (FC = Ord('(')) then
begin
Consume;
Exit(START);
end;
if (FC = Ord(')')) then
begin
Consume;
Exit(STOP);
end;
if (FC = Ord('%')) then
begin
Consume;
Exit(PERCENT);
end;
if (FC = Ord(':')) then
begin
Consume;
Exit(COLON);
end;
if (FC = Ord('.')) then
begin
Consume;
Exit(DOT);
end;
if (FC = Ord('[')) then
begin
// grab [x] as a string, returning x
Consume;
while (FC <> Ord(']')) do
begin
if (FC = Ord('\')) then
begin
Consume;
if (FC <> Ord(']')) then
FSVal.Append('\');
FSVal.Append(Char(FC));
end
else
FSVal.Append(Char(FC));
Consume;
end;
Consume;
Exit(ARG);
end;
Consume;
FError := True;
Exit(EOF);
end;
Result := EOF;
end;
function TTreePatternLexer.SVal: String;
begin
Result := FSVal.ToString;
end;
{ TTreeWizard }
function TTreeWizard.ComputeTokenTypes(
const TokenNames: TStringArray): IDictionary<String, Integer>;
var
TokenType: Integer;
begin
Result := TDictionary<String, Integer>.Create;
if (Length(TokenNames) > 0)then
begin
for TokenType := TToken.MIN_TOKEN_TYPE to Length(TokenNames) - 1 do
Result.Add(TokenNames[TokenType], TokenType);
end;
end;
constructor TTreeWizard.Create(const AAdaptor: ITreeAdaptor);
begin
inherited Create;
FAdaptor := AAdaptor;
end;
constructor TTreeWizard.Create(const AAdaptor: ITreeAdaptor;
const ATokenNameToTypeMap: IDictionary<String, Integer>);
begin
inherited Create;
FAdaptor := AAdaptor;
FTokenNameToTypeMap := ATokenNameToTypeMap;
end;
constructor TTreeWizard.Create(const AAdaptor: ITreeAdaptor;
const TokenNames: TStringArray);
begin
inherited Create;
FAdaptor := AAdaptor;
FTokenNameToTypeMap := ComputeTokenTypes(TokenNames);
end;
function TTreeWizard.CreateTreeOrNode(const Pattern: String): IANTLRInterface;
var
Tokenizer: ITreePatternLexer;
Parser: ITreePatternParser;
begin
Tokenizer := TTreePatternLexer.Create(Pattern);
Parser := TTreePatternParser.Create(Tokenizer, Self, FAdaptor);
Result := Parser.Pattern;
end;
function TTreeWizard.Equals(const T1, T2: IANTLRInterface;
const Adaptor: ITreeAdaptor): Boolean;
begin
Result := _Equals(T1, T2, Adaptor);
end;
function TTreeWizard.Equals(const T1, T2: IANTLRInterface): Boolean;
begin
Result := _Equals(T1, T2, FAdaptor);
end;
function TTreeWizard.Find(const T: IANTLRInterface;
const Pattern: String): IList<IANTLRInterface>;
var
Tokenizer: ITreePatternLexer;
Parser: ITreePatternParser;
TreePattern: ITreePattern;
RootTokenType: Integer;
Visitor: IContextVisitor;
begin
Result := TList<IANTLRInterface>.Create;
// Create a TreePattern from the pattern
Tokenizer := TTreePatternLexer.Create(Pattern);
Parser := TTreePatternParser.Create(Tokenizer, Self, TTreePatternTreeAdaptor.Create);
TreePattern := Parser.Pattern as ITreePattern;
// don't allow invalid patterns
if (TreePattern = nil) or (TreePattern.IsNil)
or Supports(TreePattern, IWildcardTreePattern)
then
Exit(nil);
RootTokenType := TreePattern.TokenType;
Visitor := TPatternMatchingContextVisitor.Create(Self, TreePattern, Result);
Visit(T, RootTokenType, Visitor);
end;
function TTreeWizard.Find(const T: IANTLRInterface;
const TokenType: Integer): IList<IANTLRInterface>;
begin
Result := TList<IANTLRInterface>.Create;
Visit(T, TokenType, TRecordAllElementsVisitor.Create(Result));
end;
function TTreeWizard.FindFirst(const T: IANTLRInterface;
const TokenType: Integer): IANTLRInterface;
begin
Result := nil;
end;
function TTreeWizard.FindFirst(const T: IANTLRInterface;
const Pattern: String): IANTLRInterface;
begin
Result := nil;
end;
function TTreeWizard.GetTokenType(const TokenName: String): Integer;
begin
if (FTokenNameToTypeMap = nil) then
Exit(TToken.INVALID_TOKEN_TYPE);
if (not FTokenNameToTypeMap.TryGetValue(TokenName, Result)) then
Result := TToken.INVALID_TOKEN_TYPE;
end;
function TTreeWizard.Index(
const T: IANTLRInterface): IDictionary<Integer, IList<IANTLRInterface>>;
begin
Result := TDictionary<Integer, IList<IANTLRInterface>>.Create;
_Index(T, Result);
end;
function TTreeWizard.Parse(const T: IANTLRInterface;
const Pattern: String): Boolean;
begin
Result := Parse(T, Pattern, nil);
end;
function TTreeWizard.Parse(const T: IANTLRInterface; const Pattern: String;
const Labels: IDictionary<String, IANTLRInterface>): Boolean;
var
Tokenizer: ITreePatternLexer;
Parser: ITreePatternParser;
TreePattern: ITreePattern;
begin
Tokenizer := TTreePatternLexer.Create(Pattern);
Parser := TTreePatternParser.Create(Tokenizer, Self, TTreePatternTreeAdaptor.Create);
TreePattern := Parser.Pattern as ITreePattern;
Result := _Parse(T, TreePattern, Labels);
end;
procedure TTreeWizard.Visit(const T: IANTLRInterface; const Pattern: String;
const Visitor: IContextVisitor);
var
Tokenizer: ITreePatternLexer;
Parser: ITreePatternParser;
TreePattern: ITreePattern;
RootTokenType: Integer;
PatternVisitor: IContextVisitor;
begin
// Create a TreePattern from the pattern
Tokenizer := TTreePatternLexer.Create(Pattern);
Parser := TTreePatternParser.Create(Tokenizer, Self, TTreePatternTreeAdaptor.Create);
TreePattern := Parser.Pattern as ITreePattern;
if (TreePattern = nil) or (TreePattern.IsNil)
or Supports(TreePattern, IWildcardTreePattern)
then
Exit;
RootTokenType := TreePattern.TokenType;
PatternVisitor := TInvokeVisitorOnPatternMatchContextVisitor.Create(Self, TreePattern, Visitor);
Visit(T, RootTokenType, PatternVisitor);
end;
class function TTreeWizard._Equals(const T1, T2: IANTLRInterface;
const Adaptor: ITreeAdaptor): Boolean;
var
I, N1, N2: Integer;
Child1, Child2: IANTLRInterface;
begin
// make sure both are non-null
if (T1 = nil) or (T2 = nil) then
Exit(False);
// check roots
if (Adaptor.GetNodeType(T1) <> Adaptor.GetNodeType(T2)) then
Exit(False);
if (Adaptor.GetNodeText(T1) <> Adaptor.GetNodeText(T2)) then
Exit(False);
// check children
N1 := Adaptor.GetChildCount(T1);
N2 := Adaptor.GetChildCount(T2);
if (N1 <> N2) then
Exit(False);
for I := 0 to N1 - 1 do
begin
Child1 := Adaptor.GetChild(T1, I);
Child2 := Adaptor.GetChild(T2, I);
if (not _Equals(Child1, Child2, Adaptor)) then
Exit(False);
end;
Result := True;
end;
procedure TTreeWizard._Index(const T: IANTLRInterface;
const M: IDictionary<Integer, IList<IANTLRInterface>>);
var
I, N, TType: Integer;
Elements: IList<IANTLRInterface>;
begin
if (T = nil) then
Exit;
TType := FAdaptor.GetNodeType(T);
if (not M.TryGetValue(TType, Elements)) then
Elements := nil;
if (Elements = nil) then
begin
Elements := TList<IANTLRInterface>.Create;
M.Add(TType, Elements);
end;
Elements.Add(T);
N := FAdaptor.GetChildCount(T);
for I := 0 to N - 1 do
_Index(FAdaptor.GetChild(T, I), M);
end;
function TTreeWizard._Parse(const T1: IANTLRInterface; const T2: ITreePattern;
const Labels: IDictionary<String, IANTLRInterface>): Boolean;
var
I, N1, N2: Integer;
Child1: IANTLRInterface;
Child2: ITreePattern;
begin
// make sure both are non-null
if (T1 = nil) or (T2 = nil) then
Exit(False);
// check roots (wildcard matches anything)
if (not Supports(T2, IWildcardTreePattern)) then
begin
if (FAdaptor.GetNodeType(T1) <> T2.TokenType) then
Exit(False);
if (T2.HasTextArg) and (FAdaptor.GetNodeText(T1) <> T2.Text) then
Exit(False);
end;
if (T2.TokenLabel <> '') and Assigned(Labels) then
// map label in pattern to node in t1
Labels.AddOrSetValue(T2.TokenLabel, T1);
// check children
N1 := FAdaptor.GetChildCount(T1);
N2 := T2.ChildCount;
if (N1 <> N2) then
Exit(False);
for I := 0 to N1 - 1 do
begin
Child1 := FAdaptor.GetChild(T1, I);
Child2 := T2.GetChild(I) as ITreePattern;
if (not _Parse(Child1, Child2, Labels)) then
Exit(False);
end;
Result := True;
end;
procedure TTreeWizard._Visit(const T, Parent: IANTLRInterface; const ChildIndex,
TokenType: Integer; const Visitor: IContextVisitor);
var
I, N: Integer;
begin
if (T = nil) then
Exit;
if (FAdaptor.GetNodeType(T) = TokenType) then
Visitor.Visit(T, Parent, ChildIndex, nil);
N := FAdaptor.GetChildCount(T);
for I := 0 to N - 1 do
_Visit(FAdaptor.GetChild(T, I), T, I, TokenType, Visitor);
end;
procedure TTreeWizard.Visit(const T: IANTLRInterface; const TokenType: Integer;
const Visitor: IContextVisitor);
begin
_Visit(T, nil, 0, TokenType, Visitor);
end;
constructor TTreeWizard.Create(const TokenNames: TStringArray);
begin
Create(nil, TokenNames);
end;
{ TTreePatternParser }
constructor TTreePatternParser.Create(const ATokenizer: ITreePatternLexer;
const AWizard: ITreeWizard; const AAdaptor: ITreeAdaptor);
begin
inherited Create;
FTokenizer := ATokenizer;
FWizard := AWizard;
FAdaptor := AAdaptor;
FTokenType := FTokenizer.NextToken; // kickstart
end;
function TTreePatternParser.ParseNode: IANTLRInterface;
var
Lbl, TokenName, Text, Arg: String;
WildcardPayload: IToken;
Node: TTreeWizard.ITreePattern;
TreeNodeType: Integer;
begin
// "%label:" prefix
Lbl := '';
if (FTokenType = TTreePatternLexer.PERCENT) then
begin
FTokenType := FTokenizer.NextToken;
if (FTokenType <> TTreePatternLexer.ID) then
Exit(nil);
Lbl := FTokenizer.SVal;
FTokenType := FTokenizer.NextToken;
if (FTokenType <> TTreePatternLexer.COLON) then
Exit(nil);
FTokenType := FTokenizer.NextToken; // move to ID following colon
end;
// Wildcard?
if (FTokenType = TTreePatternLexer.DOT) then
begin
FTokenType := FTokenizer.NextToken;
WildcardPayload := TCommonToken.Create(0, '.');
Node := TTreeWizard.TWildcardTreePattern.Create(WildcardPayload);
if (Lbl <> '') then
Node.TokenLabel := Lbl;
Exit(Node);
end;
// "ID" or "ID[arg]"
if (FTokenType <> TTreePatternLexer.ID) then
Exit(nil);
TokenName := FTokenizer.SVal;
FTokenType := FTokenizer.NextToken;
if (TokenName = 'nil') then
Exit(FAdaptor.GetNilNode);
Text := TokenName;
// check for arg
Arg := '';
if (FTokenType = TTreePatternLexer.ARG) then
begin
Arg := FTokenizer.SVal;
Text := Arg;
FTokenType := FTokenizer.NextToken;
end;
// create node
TreeNodeType := FWizard.GetTokenType(TokenName);
if (TreeNodeType = TToken.INVALID_TOKEN_TYPE) then
Exit(nil);
Result := FAdaptor.CreateNode(TreeNodeType, Text);
if (Lbl <> '') and Supports(Result, TTreeWizard.ITreePattern, Node) then
Node.TokenLabel := Lbl;
if (Arg <> '') and Supports(Result, TTreeWizard.ITreePattern, Node) then
Node.HasTextArg := True;
end;
function TTreePatternParser.ParseTree: IANTLRInterface;
var
Subtree, Child: IANTLRInterface;
begin
if (FTokenType <> TTreePatternLexer.START) then
begin
WriteLn('no BEGIN');
Exit(nil);
end;
FTokenType := FTokenizer.NextToken;
Result := ParseNode;
if (Result = nil) then
Exit;
while (FTokenType in [TTreePatternLexer.START, TTreePatternLexer.ID,
TTreePatternLexer.PERCENT, TTreePatternLexer.DOT]) do
begin
if (FTokenType = TTreePatternLexer.START) then
begin
Subtree := ParseTree;
FAdaptor.AddChild(Result, Subtree);
end
else
begin
Child := ParseNode;
if (Child = nil) then
Exit(nil);
FAdaptor.AddChild(Result, Child);
end;
end;
if (FTokenType <> TTreePatternLexer.STOP) then
begin
WriteLn('no END');
Exit(nil);
end;
FTokenType := FTokenizer.NextToken;
end;
function TTreePatternParser.Pattern: IANTLRInterface;
var
Node: IANTLRInterface;
begin
if (FTokenType = TTreePatternLexer.START) then
Exit(ParseTree);
if (FTokenType = TTreePatternLexer.ID) then
begin
Node := ParseNode;
if (FTokenType = TTreePatternLexer.EOF) then
Result := Node
else
Result := nil; // extra junk on end
end
else
Result := nil;
end;
{ TTreeWizard.TVisitor }
procedure TTreeWizard.TVisitor.Visit(const T, Parent: IANTLRInterface;
const ChildIndex: Integer;
const Labels: IDictionary<String, IANTLRInterface>);
begin
Visit(T);
end;
{ TTreeWizard.TRecordAllElementsVisitor }
constructor TTreeWizard.TRecordAllElementsVisitor.Create(
const AList: IList<IANTLRInterface>);
begin
inherited Create;
FList := AList;
end;
procedure TTreeWizard.TRecordAllElementsVisitor.Visit(const T: IANTLRInterface);
begin
FList.Add(T);
end;
{ TTreeWizard.TPatternMatchingContextVisitor }
constructor TTreeWizard.TPatternMatchingContextVisitor.Create(
const AOwner: TTreeWizard; const APattern: ITreePattern;
const AList: IList<IANTLRInterface>);
begin
inherited Create;
FOwner := AOwner;
FPattern := APattern;
FList := AList;
end;
procedure TTreeWizard.TPatternMatchingContextVisitor.Visit(const T,
Parent: IANTLRInterface; const ChildIndex: Integer;
const Labels: IDictionary<String, IANTLRInterface>);
begin
if (FOwner._Parse(T, FPattern, nil)) then
FList.Add(T);
end;
{ TTreeWizard.TInvokeVisitorOnPatternMatchContextVisitor }
constructor TTreeWizard.TInvokeVisitorOnPatternMatchContextVisitor.Create(
const AOwner: TTreeWizard; const APattern: ITreePattern;
const AVisitor: IContextVisitor);
begin
inherited Create;
FOwner := AOwner;
FPattern := APattern;
FVisitor := AVisitor;
FLabels := TDictionary<String, IANTLRInterface>.Create;
end;
procedure TTreeWizard.TInvokeVisitorOnPatternMatchContextVisitor.Visit(const T,
Parent: IANTLRInterface; const ChildIndex: Integer;
const UnusedLabels: IDictionary<String, IANTLRInterface>);
begin
// the unusedlabels arg is null as visit on token type doesn't set.
FLabels.Clear;
if (FOwner._Parse(T, FPattern, FLabels)) then
FVisitor.Visit(T, Parent, ChildIndex, FLabels);
end;
{ TTreeWizard.TTreePattern }
function TTreeWizard.TTreePattern.GetHasTextArg: Boolean;
begin
Result := FHasTextArg;
end;
function TTreeWizard.TTreePattern.GetTokenLabel: String;
begin
Result := FLabel;
end;
procedure TTreeWizard.TTreePattern.SetHasTextArg(const Value: Boolean);
begin
FHasTextArg := Value;
end;
procedure TTreeWizard.TTreePattern.SetTokenLabel(const Value: String);
begin
FLabel := Value;
end;
function TTreeWizard.TTreePattern.ToString: String;
begin
if (FLabel <> '') then
Result := '%' + FLabel + ':' + inherited ToString
else
Result := inherited ToString;
end;
{ TTreeWizard.TTreePatternTreeAdaptor }
function TTreeWizard.TTreePatternTreeAdaptor.CreateNode(
const Payload: IToken): IANTLRInterface;
begin
Result := TTreePattern.Create(Payload);
end;
{ TTreeRuleReturnScope }
function TTreeRuleReturnScope.GetStart: IANTLRInterface;
begin
Result := FStart;
end;
procedure TTreeRuleReturnScope.SetStart(const Value: IANTLRInterface);
begin
FStart := Value;
end;
{ TUnBufferedTreeNodeStream }
procedure TUnBufferedTreeNodeStream.AddLookahead(const Node: IANTLRInterface);
var
Bigger: TANTLRInterfaceArray;
I, RemainderHeadToEnd: Integer;
begin
FLookahead[FTail] := Node;
FTail := (FTail + 1) mod Length(FLookahead);
if (FTail = FHead) then
begin
// buffer overflow: tail caught up with head
// allocate a buffer 2x as big
SetLength(Bigger,2 * Length(FLookahead));
// copy head to end of buffer to beginning of bigger buffer
RemainderHeadToEnd := Length(FLookahead) - FHead;
for I := 0 to RemainderHeadToEnd - 1 do
Bigger[I] := FLookahead[FHead + I];
// copy 0..tail to after that
for I := 0 to FTail - 1 do
Bigger[RemainderHeadToEnd + I] := FLookahead[I];
FLookahead := Bigger; // reset to bigger buffer
FHead := 0;
Inc(FTail,RemainderHeadToEnd);
end;
end;
procedure TUnBufferedTreeNodeStream.AddNavigationNode(const TokenType: Integer);
var
NavNode: IANTLRInterface;
begin
if (TokenType = TToken.DOWN) then
begin
if (GetHasUniqueNavigationNodes) then
NavNode := FAdaptor.CreateNode(TToken.DOWN,'DOWN')
else
NavNode := FDown;
end
else
begin
if (GetHasUniqueNavigationNodes) then
NavNode := FAdaptor.CreateNode(TToken.UP,'UP')
else
NavNode := FUp;
end;
AddLookahead(NavNode);
end;
procedure TUnBufferedTreeNodeStream.Consume;
begin
// make sure there is something in lookahead buf, which might call next()
Fill(1);
Inc(FAbsoluteNodeIndex);
FPreviousNode := FLookahead[FHead]; // track previous node before moving on
FHead := (FHead + 1) mod Length(FLookahead);
end;
constructor TUnBufferedTreeNodeStream.Create;
begin
inherited;
SetLength(FLookAhead,INITIAL_LOOKAHEAD_BUFFER_SIZE);
FNodeStack := TStackList<IANTLRInterface>.Create;
FIndexStack := TStackList<Integer>.Create;
end;
constructor TUnBufferedTreeNodeStream.Create(const ATree: IANTLRInterface);
begin
Create(TCommonTreeAdaptor.Create, ATree);
end;
constructor TUnBufferedTreeNodeStream.Create(const AAdaptor: ITreeAdaptor;
const ATree: IANTLRInterface);
begin
Create;
FRoot := ATree;
FAdaptor := AAdaptor;
Reset;
FDown := FAdaptor.CreateNode(TToken.DOWN, 'DOWN');
FUp := FAdaptor.CreateNode(TToken.UP, 'UP');
FEof := FAdaptor.CreateNode(TToken.EOF, 'EOF');
end;
procedure TUnBufferedTreeNodeStream.Fill(const K: Integer);
var
I, N: Integer;
begin
N := LookaheadSize;
for I := 1 to K - N do
MoveNext; // get at least k-depth lookahead nodes
end;
function TUnBufferedTreeNodeStream.Get(const I: Integer): IANTLRInterface;
begin
raise EInvalidOperation.Create('stream is unbuffered');
end;
function TUnBufferedTreeNodeStream.GetCurrent: IANTLRInterface;
begin
Result := FCurrentEnumerationNode;
end;
function TUnBufferedTreeNodeStream.GetHasUniqueNavigationNodes: Boolean;
begin
Result := FUniqueNavigationNodes;
end;
function TUnBufferedTreeNodeStream.GetSourceName: String;
begin
Result := GetTokenStream.SourceName;
end;
function TUnBufferedTreeNodeStream.GetTokenStream: ITokenStream;
begin
Result := FTokens;
end;
function TUnBufferedTreeNodeStream.GetTreeAdaptor: ITreeAdaptor;
begin
Result := FAdaptor;
end;
function TUnBufferedTreeNodeStream.GetTreeSource: IANTLRInterface;
begin
Result := FRoot;
end;
function TUnBufferedTreeNodeStream.HandleRootNode: IANTLRInterface;
begin
Result := FCurrentNode;
// point to first child in prep for subsequent next()
FCurrentChildIndex := 0;
if (FAdaptor.IsNil(Result)) then
// don't count this root nil node
Result := VisitChild(FCurrentChildIndex)
else
begin
AddLookahead(Result);
if (FAdaptor.GetChildCount(FCurrentNode) = 0) then
// single node case
Result := nil; // say we're done
end;
end;
function TUnBufferedTreeNodeStream.Index: Integer;
begin
Result := FAbsoluteNodeIndex + 1;
end;
function TUnBufferedTreeNodeStream.LA(I: Integer): Integer;
var
T: IANTLRInterface;
begin
T := LT(I);
if (T = nil) then
Result := TToken.INVALID_TOKEN_TYPE
else
Result := FAdaptor.GetNodeType(T);
end;
function TUnBufferedTreeNodeStream.LAChar(I: Integer): Char;
begin
Result := Char(LA(I));
end;
function TUnBufferedTreeNodeStream.LookaheadSize: Integer;
begin
if (FTail < FHead) then
Result := Length(FLookahead) - FHead + FTail
else
Result := FTail - FHead;
end;
function TUnBufferedTreeNodeStream.LT(const K: Integer): IANTLRInterface;
begin
if (K = -1) then
Exit(FPreviousNode);
if (K < 0) then
raise EArgumentException.Create('tree node streams cannot look backwards more than 1 node');
if (K = 0) then
Exit(TTree.INVALID_NODE);
Fill(K);
Result := FLookahead[(FHead + K - 1) mod Length(FLookahead)];
end;
function TUnBufferedTreeNodeStream.Mark: Integer;
var
State: ITreeWalkState;
I, N, K: Integer;
LA: TANTLRInterfaceArray;
begin
if (FMarkers = nil) then
begin
FMarkers := TList<ITreeWalkState>.Create;
FMarkers.Add(nil); // depth 0 means no backtracking, leave blank
end;
Inc(FMarkDepth);
State := nil;
if (FMarkDepth >= FMarkers.Count) then
begin
State := TTreeWalkState.Create;
FMarkers.Add(State);
end
else
State := FMarkers[FMarkDepth];
State.AbsoluteNodeIndex := FAbsoluteNodeIndex;
State.CurrentChildIndex := FCurrentChildIndex;
State.CurrentNode := FCurrentNode;
State.PreviousNode := FPreviousNode;
State.NodeStackSize := FNodeStack.Count;
State.IndexStackSize := FIndexStack.Count;
// take snapshot of lookahead buffer
N := LookaheadSize;
I := 0;
SetLength(LA,N);
for K := 1 to N do
begin
LA[I] := LT(K);
Inc(I);
end;
State.LookAhead := LA;
FLastMarker := FMarkDepth;
Result := FMarkDepth;
end;
function TUnBufferedTreeNodeStream.MoveNext: Boolean;
begin
// already walked entire tree; nothing to return
if (FCurrentNode = nil) then
begin
AddLookahead(FEof);
FCurrentEnumerationNode := nil;
// this is infinite stream returning EOF at end forever
// so don't throw NoSuchElementException
Exit(False);
end;
// initial condition (first time method is called)
if (FCurrentChildIndex = -1) then
begin
FCurrentEnumerationNode := HandleRootNode as ITree;
Exit(True);
end;
// index is in the child list?
if (FCurrentChildIndex < FAdaptor.GetChildCount(FCurrentNode)) then
begin
FCurrentEnumerationNode := VisitChild(FCurrentChildIndex) as ITree;
Exit(True);
end;
// hit end of child list, return to parent node or its parent ...
WalkBackToMostRecentNodeWithUnvisitedChildren;
if (FCurrentNode <> nil) then
begin
FCurrentEnumerationNode := VisitChild(FCurrentChildIndex) as ITree;
Result := True;
end
else
Result := False;
end;
procedure TUnBufferedTreeNodeStream.Release(const Marker: Integer);
begin
// unwind any other markers made after marker and release marker
FMarkDepth := Marker;
// release this marker
Dec(FMarkDepth);
end;
procedure TUnBufferedTreeNodeStream.ReplaceChildren(
const Parent: IANTLRInterface; const StartChildIndex, StopChildIndex: Integer;
const T: IANTLRInterface);
begin
raise EInvalidOperation.Create('can''t do stream rewrites yet');
end;
procedure TUnBufferedTreeNodeStream.Reset;
begin
FCurrentNode := FRoot;
FPreviousNode := nil;
FCurrentChildIndex := -1;
FAbsoluteNodeIndex := -1;
FHead := 0;
FTail := 0;
end;
procedure TUnBufferedTreeNodeStream.Rewind(const Marker: Integer);
var
State: ITreeWalkState;
begin
if (FMarkers = nil) then
Exit;
State := FMarkers[Marker];
FAbsoluteNodeIndex := State.AbsoluteNodeIndex;
FCurrentChildIndex := State.CurrentChildIndex;
FCurrentNode := State.CurrentNode;
FPreviousNode := State.PreviousNode;
// drop node and index stacks back to old size
FNodeStack.Capacity := State.NodeStackSize;
FIndexStack.Capacity := State.IndexStackSize;
FHead := 0; // wack lookahead buffer and then refill
FTail := 0;
while (FTail < Length(State.LookAhead)) do
begin
FLookahead[FTail] := State.LookAhead[FTail];
Inc(FTail);
end;
Release(Marker);
end;
procedure TUnBufferedTreeNodeStream.Rewind;
begin
Rewind(FLastMarker);
end;
procedure TUnBufferedTreeNodeStream.Seek(const Index: Integer);
begin
if (Index < Self.Index) then
raise EArgumentOutOfRangeException.Create('can''t seek backwards in node stream');
// seek forward, consume until we hit index
while (Self.Index < Index) do
Consume;
end;
procedure TUnBufferedTreeNodeStream.SetHasUniqueNavigationNodes(
const Value: Boolean);
begin
FUniqueNavigationNodes := Value;
end;
procedure TUnBufferedTreeNodeStream.SetTokenStream(const Value: ITokenStream);
begin
FTokens := Value;
end;
function TUnBufferedTreeNodeStream.Size: Integer;
var
S: ICommonTreeNodeStream;
begin
S := TCommonTreeNodeStream.Create(FRoot);
Result := S.Size;
end;
function TUnBufferedTreeNodeStream.ToString: String;
begin
Result := ToString(FRoot, nil);
end;
procedure TUnBufferedTreeNodeStream.ToStringWork(const P, Stop: IANTLRInterface;
const Buf: TStringBuilder);
var
Text: String;
C, N: Integer;
begin
if (not FAdaptor.IsNil(P)) then
begin
Text := FAdaptor.GetNodeText(P);
if (Text = '') then
Text := ' ' + IntToStr(FAdaptor.GetNodeType(P));
Buf.Append(Text); // ask the node to go to string
end;
if SameObj(P, Stop) then
Exit;
N := FAdaptor.GetChildCount(P);
if (N > 0) and (not FAdaptor.IsNil(P)) then
begin
Buf.Append(' ');
Buf.Append(TToken.DOWN);
end;
for C := 0 to N - 1 do
ToStringWork(FAdaptor.GetChild(P, C), Stop, Buf);
if (N > 0) and (not FAdaptor.IsNil(P)) then
begin
Buf.Append(' ');
Buf.Append(TToken.UP);
end;
end;
function TUnBufferedTreeNodeStream.VisitChild(
const Child: Integer): IANTLRInterface;
begin
Result := nil;
// save state
FNodeStack.Push(FCurrentNode);
FIndexStack.Push(Child);
if (Child = 0) and (not FAdaptor.IsNil(FCurrentNode)) then
AddNavigationNode(TToken.DOWN);
// visit child
FCurrentNode := FAdaptor.GetChild(FCurrentNode, Child);
FCurrentChildIndex := 0;
Result := FCurrentNode;
AddLookahead(Result);
WalkBackToMostRecentNodeWithUnvisitedChildren;
end;
procedure TUnBufferedTreeNodeStream.WalkBackToMostRecentNodeWithUnvisitedChildren;
begin
while (FCurrentNode <> nil) and (FCurrentChildIndex >= FAdaptor.GetChildCount(FCurrentNode)) do
begin
FCurrentNode := FNodeStack.Pop;
if (FCurrentNode = nil) then
// hit the root?
Exit;
FCurrentChildIndex := FIndexStack.Pop;
Inc(FCurrentChildIndex); // move to next child
if (FCurrentChildIndex >= FAdaptor.GetChildCount(FCurrentNode)) then
begin
if (not FAdaptor.IsNil(FCurrentNode)) then
AddNavigationNode(TToken.UP);
if SameObj(FCurrentNode, FRoot) then
// we done yet?
FCurrentNode := nil;
end;
end;
end;
function TUnBufferedTreeNodeStream.ToString(const Start,
Stop: IANTLRInterface): String;
var
BeginTokenIndex, EndTokenIndex: Integer;
Buf: TStringBuilder;
begin
if (Start = nil) then
Exit('');
// if we have the token stream, use that to dump text in order
if (FTokens <> nil) then
begin
// don't trust stop node as it's often an UP node etc...
// walk backwards until you find a non-UP, non-DOWN node
// and ask for it's token index.
BeginTokenIndex := FAdaptor.GetTokenStartIndex(Start);
if (Stop <> nil) and (FAdaptor.GetNodeType(Stop) = TToken.UP) then
EndTokenIndex := FAdaptor.GetTokenStopIndex(Start)
else
EndTokenIndex := Size - 1;
Exit(FTokens.ToString(BeginTokenIndex, EndTokenIndex));
end;
Buf := TStringBuilder.Create;
try
ToStringWork(Start, Stop, Buf);
Result := Buf.ToString;
finally
Buf.Free;
end;
end;
{ TUnBufferedTreeNodeStream.TTreeWalkState }
function TUnBufferedTreeNodeStream.TTreeWalkState.GetAbsoluteNodeIndex: Integer;
begin
Result := FAbsoluteNodeIndex;
end;
function TUnBufferedTreeNodeStream.TTreeWalkState.GetCurrentChildIndex: Integer;
begin
Result := FCurrentChildIndex;
end;
function TUnBufferedTreeNodeStream.TTreeWalkState.GetCurrentNode: IANTLRInterface;
begin
Result := FCurrentNode;
end;
function TUnBufferedTreeNodeStream.TTreeWalkState.GetIndexStackSize: integer;
begin
Result := FIndexStackSize;
end;
function TUnBufferedTreeNodeStream.TTreeWalkState.GetLookAhead: TANTLRInterfaceArray;
begin
Result := FLookAhead;
end;
function TUnBufferedTreeNodeStream.TTreeWalkState.GetNodeStackSize: Integer;
begin
Result := FNodeStackSize;
end;
function TUnBufferedTreeNodeStream.TTreeWalkState.GetPreviousNode: IANTLRInterface;
begin
Result := FPreviousNode;
end;
procedure TUnBufferedTreeNodeStream.TTreeWalkState.SetAbsoluteNodeIndex(
const Value: Integer);
begin
FAbsoluteNodeIndex := Value;
end;
procedure TUnBufferedTreeNodeStream.TTreeWalkState.SetCurrentChildIndex(
const Value: Integer);
begin
FCurrentChildIndex := Value;
end;
procedure TUnBufferedTreeNodeStream.TTreeWalkState.SetCurrentNode(
const Value: IANTLRInterface);
begin
FCurrentNode := Value;
end;
procedure TUnBufferedTreeNodeStream.TTreeWalkState.SetIndexStackSize(
const Value: integer);
begin
FIndexStackSize := Value;
end;
procedure TUnBufferedTreeNodeStream.TTreeWalkState.SetLookAhead(
const Value: TANTLRInterfaceArray);
begin
FLookAhead := Value;
end;
procedure TUnBufferedTreeNodeStream.TTreeWalkState.SetNodeStackSize(
const Value: Integer);
begin
FNodeStackSize := Value;
end;
procedure TUnBufferedTreeNodeStream.TTreeWalkState.SetPreviousNode(
const Value: IANTLRInterface);
begin
FPreviousNode := Value;
end;
{ Utilities }
var
EmptyCommonTree: ICommonTree = nil;
function Def(const X: ICommonTree): ICommonTree; overload;
begin
if Assigned(X) then
Result := X
else
begin
if (EmptyCommonTree = nil) then
EmptyCommonTree := TCommonTree.Create;
Result := EmptyCommonTree;
end;
end;
initialization
TTree.Initialize;
end.
| Pascal | 5 | DanielMabadeje/Artificial-Intelligence-Deep-Learning-Machine-Learning-Tutorials | java/java2py/antlr-3.1.3/runtime/Delphi/Sources/Antlr3.Runtime/Antlr.Runtime.Tree.pas | [
"Apache-2.0"
] |
<html>
<head>
<style type="text/css">
html, body {
width: 100%;
height: 100%;
}
h1 {
font-family: Georgia, Times, 'Times New Roman', serif;
font-size: 28px;
font-style: bold;
font-variant: normal;
font-weight: 500;
line-height: 26.4px;
}
h3 {
font-family: Georgia, Times, 'Times New Roman', serif;
font-size: 16px;
font-style: normal;
font-variant: normal;
font-weight: 500;
line-height: 26.4px;
}
</style>
<title>Data Analysis</title>
</head>
<body style="padding: 0px; margin: 0px" onload="generateContent()">
<#--<meta name="viewport" content="width=device-width, initial-scale=1">-->
<link href="http://maxcdn.bootstrapcdn.com/bootstrap/3.3.5/css/bootstrap.min.css">
<script src="http://ajax.googleapis.com/ajax/libs/jquery/1/jquery.min.js"></script>
<link href="http://code.jquery.com/ui/1.11.4/themes/smoothness/jquery-ui.css">
<script src="http://code.jquery.com/jquery-1.10.2.js"></script>
<script src="http://code.jquery.com/ui/1.11.4/jquery-ui.js"></script>
<script src="http://cdnjs.cloudflare.com/ajax/libs/d3/3.5.5/d3.min.js"></script>
<script src="http://maxcdn.bootstrapcdn.com/bootstrap/3.3.5/js/bootstrap.min.js"></script>
<script>
function generateContent(){
var mainDiv = $('#outerdiv');
<#list components as c>
var div_${c.id} = $('#${c.id}');
var html_${c.id} = div_${c.id}.html();
var component = Component.getComponent(html_${c.id});
component.render(mainDiv);
</#list>
}
</script>
<script>
${scriptcontent}
</script>
<div style="width:1400px; margin:0 auto; border:0px" id="outerdiv">
</div>
<#list components as c>
<div id="${c.id}" style="display:none">
${c.content}
</div>
</#list>
</body>
</html> | FreeMarker | 2 | dileeshvar/deeplearning4j | deeplearning4j-ui-parent/deeplearning4j-ui-components/src/main/resources/org/deeplearning4j/ui/standalone/staticpage.ftl | [
"Apache-2.0"
] |
#include <stdio.h>
int main(int argc, char** argv){
printf("Hello World from thread %d of %d threads\n", MYTHREAD,THREADS);
upc_barrier;
return 0;
}
| Unified Parallel C | 2 | maurizioabba/rose | projects/UpcTranslation/tests/hello.upc | [
"BSD-3-Clause"
] |
%h1 Not Found (404) | Scaml | 0 | pkeshab/eventsourced-example | src/main/webapp/WEB-INF/org/eligosource/eventsourced/example/error/404.scaml | [
"Apache-2.0"
] |
; CLW file contains information for the MFC ClassWizard
[General Info]
Version=1
LastClass=CUseRegDll2Dlg
LastTemplate=CDialog
NewFileInclude1=#include "stdafx.h"
NewFileInclude2=#include "UseRegDll2.h"
ClassCount=3
Class1=CUseRegDll2App
Class2=CUseRegDll2Dlg
Class3=CAboutDlg
ResourceCount=3
Resource1=IDD_ABOUTBOX
Resource2=IDR_MAINFRAME
Resource3=IDD_USEREGDLL2_DIALOG
[CLS:CUseRegDll2App]
Type=0
HeaderFile=UseRegDll2.h
ImplementationFile=UseRegDll2.cpp
Filter=N
[CLS:CUseRegDll2Dlg]
Type=0
HeaderFile=UseRegDll2Dlg.h
ImplementationFile=UseRegDll2Dlg.cpp
Filter=D
BaseClass=CDialog
VirtualFilter=dWC
LastObject=IDC_BUTTON1
[CLS:CAboutDlg]
Type=0
HeaderFile=UseRegDll2Dlg.h
ImplementationFile=UseRegDll2Dlg.cpp
Filter=D
[DLG:IDD_ABOUTBOX]
Type=1
Class=CAboutDlg
ControlCount=4
Control1=IDC_STATIC,static,1342177283
Control2=IDC_STATIC,static,1342308480
Control3=IDC_STATIC,static,1342308352
Control4=IDOK,button,1342373889
[DLG:IDD_USEREGDLL2_DIALOG]
Type=1
Class=CUseRegDll2Dlg
ControlCount=4
Control1=IDOK,button,1342242817
Control2=IDCANCEL,button,1342242816
Control3=IDC_STATIC,static,1342308352
Control4=IDC_BUTTON1,button,1342242816
| Clarion | 2 | youngqqcn/WindowsNotes | MFC/day12/day12/UseRegDll2/UseRegDll2.clw | [
"MIT"
] |
load'jd'
jdadminx'vaccines'
CSVFOLDER =:'/development/j/coronavirus'
jd'csvprobe /replace pfizer.csv'
jd'csvcdefs /replace /h 1 /v 30 pfizer.csv'
jd'csvscan pfizer.csv'
jd'csvrd pfizer.csv pfizer'
jd'csvprobe /replace moderna.csv'
jd'csvcdefs /replace /h 1 /v 30 moderna.csv'
jd'csvscan moderna.csv'
jd'csvrd moderna.csv moderna'
jd'csvprobe /replace janssen.csv'
jd'csvcdefs /replace /h 1 /v 30 janssen.csv'
jd'csvscan janssen.csv'
jd'csvrd janssen.csv janssen'
janssen =: jd'reads sum "1st Dose Allocations" by "Week of Allocations" from janssen'
moderna =: jd'reads sum "1st Dose Allocations" by "Week of Allocations" from moderna'
pfizer =: jd'reads sum "1st Dose Allocations" by "Week of Allocations" from pfizer'
janssen_plot =: ,>(<1 1) { janssen
moderna_plot =: ,>(<1 1) { moderna
pfizer_plot =: ,>(<1 1) { pfizer
| J | 3 | vmchale/coronavirus | vaccines.ijs | [
"BSD-3-Clause"
] |
" Vim syntax file
" Language: Windows PowerShell
" URL: https://github.com/PProvost/vim-ps1
" Last Change: 2013 Jun 24
if exists("b:current_syntax")
finish
endif
let s:ps1xml_cpo_save = &cpo
set cpo&vim
doau syntax xml
unlet b:current_syntax
syn case ignore
syn include @ps1xmlScriptBlock <sfile>:p:h/ps1.vim
unlet b:current_syntax
syn region ps1xmlScriptBlock
\ matchgroup=xmlTag start="<Script>"
\ matchgroup=xmlEndTag end="</Script>"
\ fold
\ contains=@ps1xmlScriptBlock
\ keepend
syn region ps1xmlScriptBlock
\ matchgroup=xmlTag start="<ScriptBlock>"
\ matchgroup=xmlEndTag end="</ScriptBlock>"
\ fold
\ contains=@ps1xmlScriptBlock
\ keepend
syn region ps1xmlScriptBlock
\ matchgroup=xmlTag start="<GetScriptBlock>"
\ matchgroup=xmlEndTag end="</GetScriptBlock>"
\ fold
\ contains=@ps1xmlScriptBlock
\ keepend
syn region ps1xmlScriptBlock
\ matchgroup=xmlTag start="<SetScriptBlock>"
\ matchgroup=xmlEndTag end="</SetScriptBlock>"
\ fold
\ contains=@ps1xmlScriptBlock
\ keepend
syn cluster xmlRegionHook add=ps1xmlScriptBlock
let b:current_syntax = "ps1xml"
let &cpo = s:ps1xml_cpo_save
unlet s:ps1xml_cpo_save
| VimL | 3 | uga-rosa/neovim | runtime/syntax/ps1xml.vim | [
"Vim"
] |
#pragma rtGlobals=1 // Use modern global access method.
//simple Bilayer Splitting after Anderson
Function BareDispBB(t0, t1, t2, tc, FermiLevel, kx, ky)
Variable t0, t1, t2, tc, FermiLevel, kx, ky
return -2*t0*(cos(kx)+cos(ky)) - 4*t1*cos(kx)*cos(ky) - 2*t2 *(cos(2*kx) +cos(2*ky)) - FermiLevel - 1/2*tc*((cos(kx)-cos(ky))/2)
End
Function BareDispAB(t0, t1, t2, tc, FermiLevel, kx, ky)
Variable t0, t1, t2, tc, FermiLevel, kx, ky
return -2*t0*(cos(kx)+cos(ky)) - 4*t1*cos(kx)*cos(ky) - 2*t2 *(cos(2*kx) +cos(2*ky)) - FermiLevel + 1/2*tc*((cos(kx)-cos(ky))/2)
End
//Bilayer Splitting after Harrison and Markiewicz
Function DispBB(t0, t1, t2, delta, V0, Gamma, FermiLevel, kx, ky)
Variable t0, t1, t2, delta, V0, Gamma, FermiLevel, kx, ky
Variable R = sqrt(1 + Gamma^2 * (2 - (cos(kx)-cos(ky)) ))
Variable F = 1/R/(1+R)
// Approximate parameters: delta = 0.137, Gamma = 1, V0 = 1
return -2*t0*(cos(kx)+cos(ky)) - 4*t1*cos(kx)*cos(ky) - 2*t2 *(cos(2*kx) +cos(2*ky)) - FermiLevel -V0 * (1-delta)^2 *F* (cos(kx)-cos(ky))^2
End
Function DispAB(t0, t1, t2, delta, V0, Gamma, FermiLevel, kx, ky)
Variable t0, t1, t2,delta, V0, Gamma, FermiLevel, kx, ky
Variable tc = 0
Variable R = sqrt(1 + Gamma^2 * (2 - (cos(kx)-cos(ky)) ))
Variable F = 1/R/(1+R)
// Approximate parameters: delta = 0.137, Gamma = 1, V0 = 1
return -2*t0*(cos(kx)+cos(ky)) - 4*t1*cos(kx)*cos(ky) - 2*t2 *(cos(2*kx) +cos(2*ky)) - FermiLevel -V0 * (1+delta)^2 *F* (cos(kx)-cos(ky))^2
End | IGOR Pro | 4 | ajnavarro/language-dataset | data/github.com/coderlifex/Igor_DataProcessingPackage_IOP/a550a2f23510b1a9a5c1c9238ff21318da7d80bf/02_Simulation/PBogdanovSimulation/Dispersions.ipf | [
"MIT"
] |
<!--
Copyright 2011 Software Freedom Conservancy
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
-->
<html>
<head>
<meta content="text/html; charset=ISO-8859-1"
http-equiv="content-type">
<title>Test Suite</title>
<script language="JavaScript" type="text/javascript" src="../core/scripts/selenium-browserdetect.js"></script>
<script language="JavaScript" type="text/javascript">
function filterTestsForBrowser() {
var suiteTable = document.getElementById("suiteTable");
var skippedTests = document.getElementById("skippedTests");
for(rowNum = suiteTable.rows.length - 1; rowNum >= 0; rowNum--)
{
var row = suiteTable.rows[rowNum];
var filterString = row.getAttribute("unless");
if (filterString && eval(filterString))
{
var cellHTML = row.cells[0].innerHTML;
suiteTable.deleteRow(rowNum);
var newRow = skippedTests.insertRow(1);
var newCell = newRow.insertCell(0)
newCell.innerHTML = cellHTML;
}
}
}
</script>
</head>
<body onload="filterTestsForBrowser()">
<table cellpadding="1"
cellspacing="1"
border="1">
<tbody>
<tr><td><b>Test Suite</b></td></tr>
</tbody>
</table>
</body>
</html>
| HTML | 3 | weilandia/selenium | common/src/web/rc/tests/FailingTestSuite.html | [
"Apache-2.0"
] |
{
"images": [
{
"filename": "round_qr_code_black_18pt_1x.png",
"idiom": "universal",
"scale": "1x",
"size": "18x18"
},
{
"filename": "round_qr_code_black_18pt_2x.png",
"idiom": "universal",
"scale": "2x",
"size": "18x18"
},
{
"filename": "round_qr_code_black_18pt_3x.png",
"idiom": "universal",
"scale": "3x",
"size": "18x18"
}
],
"info": {
"author": "xcode",
"template-rendering-intent": "template",
"version": 1
}
}
| JSON | 2 | Imudassir77/material-design-icons | ios/communication/qr_code/materialiconsround/black/round_qr_code_black_18pt.xcassets/round_qr_code_black_18pt.imageset/Contents.json | [
"Apache-2.0"
] |
#tag Window
Begin BotWindow ClanInvitationWindow
BackColor = "#Colors.UI.WindowBackColor"
Backdrop = ""
CloseButton = True
Composite = False
Frame = 0
FullScreen = False
HasBackColor = True
Height = 149
ImplicitInstance= True
LiveResize = True
MacProcID = 0
MaxHeight = 149
MaximizeButton = False
MaxWidth = 32000
MenuBar = ""
MenuBarVisible = True
MinHeight = 149
MinimizeButton = True
MinWidth = 360
Placement = 3
Resizeable = False
Title = "Clan Invitation Received"
Visible = True
Width = 360
Begin Label txtJunk
AutoDeactivate = True
Bold = True
DataField = ""
DataSource = ""
Enabled = True
Height = 15
HelpTag = ""
Index = 0
InitialParent = ""
Italic = ""
Left = 20
LockBottom = ""
LockedInPosition= False
LockLeft = True
LockRight = True
LockTop = True
Multiline = ""
Scope = 0
Selectable = False
TabIndex = 0
TabPanelIndex = 0
TabStop = True
Text = "You have been invited to a clan!"
TextAlign = 0
TextColor = "#Colors.UI.ControlTextColor"
TextFont = "Arial"
TextSize = 12
TextUnit = 0
Top = 14
Transparent = True
Underline = ""
Visible = True
Width = 320
End
Begin Label txtJunk
AutoDeactivate = True
Bold = False
DataField = ""
DataSource = ""
Enabled = True
Height = 15
HelpTag = ""
Index = 1
InitialParent = ""
Italic = ""
Left = 40
LockBottom = ""
LockedInPosition= False
LockLeft = True
LockRight = False
LockTop = True
Multiline = ""
Scope = 0
Selectable = False
TabIndex = 1
TabPanelIndex = 0
TabStop = True
Text = "Clan Name: "
TextAlign = 0
TextColor = "#Colors.UI.ControlTextColor"
TextFont = "Arial"
TextSize = 12
TextUnit = 0
Top = 34
Transparent = True
Underline = ""
Visible = True
Width = 80
End
Begin TextArea fldClanName
AcceptTabs = ""
Alignment = 0
AutoDeactivate = True
AutomaticallyCheckSpelling= False
BackColor = "#Colors.Black"
Bold = ""
Border = False
DataField = ""
DataSource = ""
Enabled = True
Format = ""
Height = 15
HelpTag = ""
HideSelection = True
Index = -2147483648
Italic = ""
Left = 120
LimitText = 0
LineHeight = 0
LineSpacing = 1
LockBottom = ""
LockedInPosition= False
LockLeft = True
LockRight = True
LockTop = True
Mask = ""
Multiline = False
ReadOnly = True
Scope = 0
ScrollbarHorizontal= ""
ScrollbarVertical= False
Styled = False
TabIndex = 2
TabPanelIndex = 0
TabStop = True
Text = "CLAN.NAME"
TextColor = "#Colors.UI.ControlTextColor"
TextFont = "Arial"
TextSize = 12
TextUnit = 0
Top = 34
Underline = ""
UseFocusRing = True
Visible = True
Width = 220
End
Begin TextArea fldClanTag
AcceptTabs = ""
Alignment = 0
AutoDeactivate = True
AutomaticallyCheckSpelling= False
BackColor = "#Colors.Black"
Bold = ""
Border = False
DataField = ""
DataSource = ""
Enabled = True
Format = ""
Height = 15
HelpTag = ""
HideSelection = True
Index = -2147483648
Italic = ""
Left = 120
LimitText = 0
LineHeight = 0
LineSpacing = 1
LockBottom = ""
LockedInPosition= False
LockLeft = True
LockRight = True
LockTop = True
Mask = ""
Multiline = False
ReadOnly = True
Scope = 0
ScrollbarHorizontal= ""
ScrollbarVertical= False
Styled = False
TabIndex = 4
TabPanelIndex = 0
TabStop = True
Text = "CLAN.TAG"
TextColor = "#Colors.UI.ControlTextColor"
TextFont = "Arial"
TextSize = 12
TextUnit = 0
Top = 57
Underline = ""
UseFocusRing = True
Visible = True
Width = 220
End
Begin Label txtJunk
AutoDeactivate = True
Bold = False
DataField = ""
DataSource = ""
Enabled = True
Height = 15
HelpTag = ""
Index = 2
InitialParent = ""
Italic = ""
Left = 40
LockBottom = ""
LockedInPosition= False
LockLeft = True
LockRight = False
LockTop = True
Multiline = ""
Scope = 0
Selectable = False
TabIndex = 3
TabPanelIndex = 0
TabStop = True
Text = "Clan Tag:"
TextAlign = 0
TextColor = "#Colors.UI.ControlTextColor"
TextFont = "Arial"
TextSize = 12
TextUnit = 0
Top = 57
Transparent = True
Underline = ""
Visible = True
Width = 80
End
Begin TextArea fldClanInviter
AcceptTabs = ""
Alignment = 0
AutoDeactivate = True
AutomaticallyCheckSpelling= False
BackColor = "#Colors.Black"
Bold = ""
Border = False
DataField = ""
DataSource = ""
Enabled = True
Format = ""
Height = 15
HelpTag = ""
HideSelection = True
Index = -2147483648
Italic = ""
Left = 120
LimitText = 0
LineHeight = 0
LineSpacing = 1
LockBottom = ""
LockedInPosition= False
LockLeft = True
LockRight = True
LockTop = True
Mask = ""
Multiline = False
ReadOnly = True
Scope = 0
ScrollbarHorizontal= ""
ScrollbarVertical= False
Styled = False
TabIndex = 6
TabPanelIndex = 0
TabStop = True
Text = "CLAN.INVITER"
TextColor = "#Colors.UI.ControlTextColor"
TextFont = "Arial"
TextSize = 12
TextUnit = 0
Top = 80
Underline = ""
UseFocusRing = True
Visible = True
Width = 220
End
Begin Label txtJunk
AutoDeactivate = True
Bold = False
DataField = ""
DataSource = ""
Enabled = True
Height = 15
HelpTag = ""
Index = 3
InitialParent = ""
Italic = ""
Left = 40
LockBottom = ""
LockedInPosition= False
LockLeft = True
LockRight = False
LockTop = True
Multiline = ""
Scope = 0
Selectable = False
TabIndex = 5
TabPanelIndex = 0
TabStop = True
Text = "Invited By:"
TextAlign = 0
TextColor = "#Colors.UI.ControlTextColor"
TextFont = "Arial"
TextSize = 12
TextUnit = 0
Top = 80
Transparent = True
Underline = ""
Visible = True
Width = 80
End
Begin PushButton btnAccept
AutoDeactivate = True
Bold = ""
ButtonStyle = 0
Cancel = ""
Caption = "&Accept"
Default = True
Enabled = True
Height = 22
HelpTag = ""
Index = -2147483648
InitialParent = ""
Italic = ""
Left = 260
LockBottom = ""
LockedInPosition= False
LockLeft = False
LockRight = True
LockTop = True
Scope = 0
TabIndex = 7
TabPanelIndex = 0
TabStop = True
TextFont = "Arial"
TextSize = 12
TextUnit = 0
Top = 111
Underline = ""
Visible = True
Width = 80
End
Begin PushButton btnDecline
AutoDeactivate = True
Bold = ""
ButtonStyle = 0
Cancel = True
Caption = "&Decline"
Default = ""
Enabled = True
Height = 22
HelpTag = ""
Index = -2147483648
InitialParent = ""
Italic = ""
Left = 168
LockBottom = ""
LockedInPosition= False
LockLeft = False
LockRight = True
LockTop = True
Scope = 0
TabIndex = 8
TabPanelIndex = 0
TabStop = True
TextFont = "Arial"
TextSize = 12
TextUnit = 0
Top = 111
Underline = ""
Visible = True
Width = 80
End
Begin PushButton btnIgnore
AutoDeactivate = True
Bold = ""
ButtonStyle = 0
Cancel = False
Caption = "&Ignore"
Default = ""
Enabled = True
Height = 22
HelpTag = ""
Index = -2147483648
InitialParent = ""
Italic = ""
Left = 20
LockBottom = ""
LockedInPosition= False
LockLeft = True
LockRight = False
LockTop = True
Scope = 0
TabIndex = 9
TabPanelIndex = 0
TabStop = True
TextFont = "Arial"
TextSize = 12
TextUnit = 0
Top = 111
Underline = ""
Visible = True
Width = 80
End
End
#tag EndWindow
#tag WindowCode
#tag Property, Flags = &h0
Result As PushButton
#tag EndProperty
#tag EndWindowCode
#tag Events fldClanName
#tag Event
Sub GotFocus()
Self.Refresh(False)
End Sub
#tag EndEvent
#tag Event
Sub LostFocus()
Self.Refresh(False)
End Sub
#tag EndEvent
#tag EndEvents
#tag Events fldClanTag
#tag Event
Sub GotFocus()
Self.Refresh(False)
End Sub
#tag EndEvent
#tag Event
Sub LostFocus()
Self.Refresh(False)
End Sub
#tag EndEvent
#tag EndEvents
#tag Events fldClanInviter
#tag Event
Sub GotFocus()
Self.Refresh(False)
End Sub
#tag EndEvent
#tag Event
Sub LostFocus()
Self.Refresh(False)
End Sub
#tag EndEvent
#tag EndEvents
#tag Events btnAccept
#tag Event
Sub Action()
Self.Result = Me
Self.Hide()
End Sub
#tag EndEvent
#tag Event
Sub Open()
If Me.Default = True Then Me.SetFocus()
End Sub
#tag EndEvent
#tag EndEvents
#tag Events btnDecline
#tag Event
Sub Action()
Self.Result = Me
Self.Hide()
End Sub
#tag EndEvent
#tag Event
Sub Open()
If Me.Default = True Then Me.SetFocus()
End Sub
#tag EndEvent
#tag EndEvents
#tag Events btnIgnore
#tag Event
Sub Action()
Self.Result = Me
Self.Hide()
End Sub
#tag EndEvent
#tag Event
Sub Open()
If Me.Default = True Then Me.SetFocus()
End Sub
#tag EndEvent
#tag EndEvents
| REALbasic | 3 | carlbennett/BNRBot | src/Windows/ClanInvitationWindow.rbfrm | [
"MIT"
] |
fn gimme(x: &(u32,)) -> &u32 {
&x.0
}
fn main() {
let x = gimme({
let v = 22;
&(v,)
//~^ ERROR temporary value dropped while borrowed [E0716]
});
println!("{:?}", x);
}
| Rust | 3 | Eric-Arellano/rust | src/test/ui/nll/borrowed-temporary-error.rs | [
"ECL-2.0",
"Apache-2.0",
"MIT-0",
"MIT"
] |
import skSK from '../../date-picker/locale/sk_SK';
export default skSK;
| TypeScript | 1 | vazhalomidze/ant-design | components/calendar/locale/sk_SK.tsx | [
"MIT"
] |
=head1 DESCRIPTION
tetris.pir - a second tetris for parrot (with parrot's SDL bindings)
=head1 SYNOPSIS
To run this file, be in the Parrot directory and run the following command:
$ parrot examples/sdl/tetris/tetris.pir
$
=head1 FUNCTIONS
=over 4
=item _main( argv )
The entry point of SDL applications.
=over 4
=item parameter C<argv>
Array with commandline parameters.
=back
=cut
.sub _main :main
.param pmc argv
.local pmc app
load_bytecode "examples/sdl/tetris/app.pir"
# create the tetris app
app = new "Tetris::App"
app."flag"( "show blocksize", 1 )
# run the tetris app
app."run"()
# shutdown the app
app."shutdown"()
end
.end
=back
=head1 AUTHOR
Jens Rieks E<lt>parrot at jensbeimsurfen dot deE<gt> is the author
and maintainer.
Please send patches and suggestions to the Perl 6 Internals mailing list.
=head1 COPYRIGHT
Copyright (C) 2004-2008, Parrot Foundation.
=cut
# Local Variables:
# mode: pir
# fill-column: 100
# End:
# vim: expandtab shiftwidth=4 ft=pir:
| Parrot Internal Representation | 4 | winnit-myself/Wifie | examples/sdl/tetris/tetris.pir | [
"Artistic-2.0"
] |
* [Introduction](https://github.com/ReactiveX/RxJava/wiki/Home)
* [Getting Started](https://github.com/ReactiveX/RxJava/wiki/Getting-Started)
* [How to Use RxJava](https://github.com/ReactiveX/RxJava/wiki/How-To-Use-RxJava)
* [Reactive Streams](https://github.com/ReactiveX/RxJava/wiki/Reactive-Streams)
* [The reactive types of RxJava](https://github.com/ReactiveX/RxJava/wiki/Observable)
* [Schedulers](https://github.com/ReactiveX/RxJava/wiki/Scheduler)
* [Subjects](https://github.com/ReactiveX/RxJava/wiki/Subject)
* [Error Handling](https://github.com/ReactiveX/RxJava/wiki/Error-Handling)
* [Operators (Alphabetical List)](https://github.com/ReactiveX/RxJava/wiki/Alphabetical-List-of-Observable-Operators)
* [Async](https://github.com/ReactiveX/RxJava/wiki/Async-Operators)
* [Blocking](https://github.com/ReactiveX/RxJava/wiki/Blocking-Observable-Operators)
* [Combining](https://github.com/ReactiveX/RxJava/wiki/Combining-Observables)
* [Conditional & Boolean](https://github.com/ReactiveX/RxJava/wiki/Conditional-and-Boolean-Operators)
* [Connectable](https://github.com/ReactiveX/RxJava/wiki/Connectable-Observable-Operators)
* [Creation](https://github.com/ReactiveX/RxJava/wiki/Creating-Observables)
* [Error management](https://github.com/ReactiveX/RxJava/wiki/Error-Handling-Operators)
* [Filtering](https://github.com/ReactiveX/RxJava/wiki/Filtering-Observables)
* [Mathematical and Aggregate](https://github.com/ReactiveX/RxJava/wiki/Mathematical-and-Aggregate-Operators)
* [Parallel flows](https://github.com/ReactiveX/RxJava/wiki/Parallel-flows)
* [String](https://github.com/ReactiveX/RxJava/wiki/String-Observables)
* [Transformation](https://github.com/ReactiveX/RxJava/wiki/Transforming-Observables)
* [Utility](https://github.com/ReactiveX/RxJava/wiki/Observable-Utility-Operators)
* [Notable 3rd party Operators (Alphabetical List)](https://github.com/ReactiveX/RxJava/wiki/Alphabetical-List-of-3rd-party-Operators)
* [Operator matrix](https://github.com/ReactiveX/RxJava/wiki/Operator-Matrix)
* [Plugins](https://github.com/ReactiveX/RxJava/wiki/Plugins)
* [How to Contribute](https://github.com/ReactiveX/RxJava/wiki/How-to-Contribute)
* [Writing operators](https://github.com/ReactiveX/RxJava/wiki/Writing-operators-for-2.0)
* [Backpressure](https://github.com/ReactiveX/RxJava/wiki/Backpressure-(2.0))
* [another explanation](https://github.com/ReactiveX/RxJava/wiki/Backpressure)
* [JavaDoc](http://reactivex.io/RxJava/2.x/javadoc)
* [Coming from RxJava 1](https://github.com/ReactiveX/RxJava/wiki/What's-different-in-2.0)
* [Additional Reading](https://github.com/ReactiveX/RxJava/wiki/Additional-Reading)
| Markdown | 2 | WilSenwish/RxJava | docs/_Sidebar.md.md | [
"Apache-2.0"
] |
---
layout: layouts/base.liquid
description: End-to-end developer tools
social-image: social-logo.png
---
{% assign post = collections.post | reverse | first %}
<aside hidden class="latest-post" aria-labelledby="latest-post">
<h2>Latest blog post</h2>
<div class="info">
<h3>
<a href="{{ post.url }}">{{ post.data.title }}</a>
</h3>
<div class="author">
{{ post.date | dateFormat }}
</div>
</div>
</aside>
<main id="main-content" class="content split homepage">
{{ content | safe }}
</main>
| Liquid | 3 | RustPhilly/tools | website/src/_includes/layouts/homepage.liquid | [
"MIT"
] |
REBOL [
Title: "Generates Red/System lib tests (float32 version)"
Author: "Peter W A Wood"
File: %make-float32-lib-auto-test.r
Version: 0.2.0
Rights: "Copyright (C) 2012-2015 Peter W A Wood. All rights reserved."
License: "BSD-3 - https://github.com/red/red/blob/origin/BSD-3-License.txt"
]
;; initialisations
make-dir %auto-tests/
file-out: %auto-tests/float32-lib-auto-test.reds
file-in: %float32-lib-test-source.reds
;; get base dir address
base-dir: to-local-file system/script/path
;; work out prefix and extension based on version
switch/default fourth system/version [
2 [
abs-path: join "" [base-dir "/libs/"]
prefix: "lib"
ext: ".dylib"
]
3 [
abs-path: join "" [base-dir "\libs\"]
prefix: ""
ext: ".dll"
]
][ ;; default to libxxx.so
abs-path: join "" [base-dir "/libs/"]
prefix: "lib"
ext: ".so"
]
;; read the file, insert the absolute path and file prefix and extension
src: read file-in
replace/all src "***abs-path***" abs-path
replace/all src "###prefix###" prefix
replace/all src "@@@extension@@@" ext
write file-out src
| R | 4 | 0xflotus/red | system/tests/source/units/make-float32-lib-auto-test.r | [
"BSL-1.0",
"BSD-3-Clause"
] |
% Example using TXL 10.5a source coordinate extensions to extract
% a table of all method definitions with source coordinates
% Jim Cordy, January 2008
% Revised Aug 2012 - disallow ouput forms in input parse - JRC
% Revised July 2011 - ignore BOM headers in source
% Revised 30.04.08 - unmark embedded functions - JRC
% Using C# grammar
include "csharp.grm"
% Ignore BOM headers from Windows
include "bom.grm"
% Temporary handling of designated Linq extensions
redefine invocation_operator
...
| '(( [repeat argument_list_or_key] '))
end redefine
define argument_list_or_key
[argument_list]
| 'in
end define
% Redefinitions to collect source coordinates for function definitions as parsed input,
% and to allow for XML markup of function definitions as output
redefine method_declaration
[method_definition]
|
% Uninteresting interface form
[method_header] '; [NL]
end redefine
define method_definition
% Input form
[srcfilename] [srclinenumber] % Keep track of starting file and line number
[method_header]
'{ [NL][IN]
[opt statement_list] [EX]
[srcfilename] [srclinenumber] % Keep track of ending file and line number
'} [opt ';]
|
% Output form
[not token] % disallow output form in input parse
[opt xml_source_coordinate]
% [method_header]
% '{ [NL][IN]
% [opt statement_list] [EX]
% '} [opt ';]
% [opt end_xml_source_coordinate]
end define
define xml_source_coordinate
'< [SPOFF] 'source [SP] 'file=[stringlit] [SP] 'startline=[stringlit] [SP] 'endline=[stringlit] '> [SPON] [NL]
end define
define end_xml_source_coordinate
[NL] '< [SPOFF] '/ 'source '> [SPON] [NL]
end define
redefine program
...
| [repeat method_definition]
end redefine
% Main function - extract and mark up function definitions from parsed input program
function main
replace [program]
P [program]
construct Functions [repeat method_definition]
_ [^ P] % Extract all functions from program
[convertFunctionDefinitions] % Mark up with XML
by
Functions [removeOptSemis]
[removeEmptyStatements]
end function
rule convertFunctionDefinitions
% Find each function definition and match its input source coordinates
replace [method_definition]
FileName [srcfilename] LineNumber [srclinenumber]
FunctionHeader [method_header]
'{
FunctionBody [opt statement_list]
EndFileName [srcfilename] EndLineNumber [srclinenumber]
'} Semi [opt ';]
% Convert file name and line numbers to strings for XML
construct FileNameString [stringlit]
_ [quote FileName]
construct LineNumberString [stringlit]
_ [quote LineNumber]
construct EndLineNumberString [stringlit]
_ [quote EndLineNumber]
% Output is XML form with attributes indicating input source coordinates
construct XmlHeader [xml_source_coordinate]
<source file=FileNameString startline=LineNumberString endline=EndLineNumberString>
by
XmlHeader
% FunctionHeader
% '{
% FunctionBody % [unmarkEmbeddedFunctionDefinitions]
% '}
% </source>
end rule
%rule unmarkEmbeddedFunctionDefinitions
% replace [method_definition]
% FileName [srcfilename] LineNumber [srclinenumber]
% FunctionHeader [method_header]
% '{
% FunctionBody [opt statement_list]
% EndFileName [srcfilename] EndLineNumber [srclinenumber]
% '}
% by
% FunctionHeader
% '{
% FunctionBody
% '}
%end rule
rule removeOptSemis
replace [opt ';]
';
by
% none
end rule
rule removeEmptyStatements
replace [repeat declaration_or_statement+]
';
More [repeat declaration_or_statement+]
by
More
end rule
| TXL | 4 | coder-chenzhi/SQA | SourcererCC/parser/java/txl/cs-extract-function-headers.txl | [
"Apache-2.0"
] |
"""Test for RFLink utils methods."""
from homeassistant.components.rflink.utils import (
brightness_to_rflink,
rflink_to_brightness,
)
async def test_utils(hass, monkeypatch):
"""Test all utils methods."""
# test brightness_to_rflink
assert brightness_to_rflink(0) == 0
assert brightness_to_rflink(17) == 1
assert brightness_to_rflink(34) == 2
assert brightness_to_rflink(85) == 5
assert brightness_to_rflink(170) == 10
assert brightness_to_rflink(255) == 15
assert brightness_to_rflink(10) == 0
assert brightness_to_rflink(20) == 1
assert brightness_to_rflink(30) == 1
assert brightness_to_rflink(40) == 2
assert brightness_to_rflink(50) == 2
assert brightness_to_rflink(60) == 3
assert brightness_to_rflink(70) == 4
assert brightness_to_rflink(80) == 4
# test rflink_to_brightness
assert rflink_to_brightness(0) == 0
assert rflink_to_brightness(1) == 17
assert rflink_to_brightness(5) == 85
assert rflink_to_brightness(10) == 170
assert rflink_to_brightness(12) == 204
assert rflink_to_brightness(15) == 255
| Python | 4 | MrDelik/core | tests/components/rflink/test_utils.py | [
"Apache-2.0"
] |
onmessage = function () {
postMessage(
`${location.href}, ${location instanceof WorkerLocation}`,
);
close();
};
| TypeScript | 3 | petamoriken/deno | cli/tests/testdata/workers/worker_location.ts | [
"MIT"
] |
get:
description: Get metrics data from this Marathon instance
responses:
200:
description: All aggregated runtime metrics for this Marathon instance.
body:
application/json:
type: metrics.Metrics
| RAML | 3 | fquesnel/marathon | docs/docs/rest-api/public/api/general/metrics.raml | [
"Apache-2.0"
] |
#ifndef ROMKATV_GITSTATUS_THREAD_POOL_H_
#define ROMKATV_GITSTATUS_THREAD_POOL_H_
#include <condition_variable>
#include <cstddef>
#include <cstdint>
#include <functional>
#include <mutex>
#include <queue>
#include <thread>
#include <tuple>
#include <utility>
#include "time.h"
namespace gitstatus {
class ThreadPool {
public:
explicit ThreadPool(size_t num_threads);
ThreadPool(ThreadPool&&) = delete;
// Waits for the currently running functions to finish.
// Does NOT wait for the queue of functions to drain.
// If you want the latter, call Wait() manually.
~ThreadPool();
// Runs `f` on one of the threads at or after time `t`. Can be called
// from any thread. Can be called concurrently.
//
// Does not block.
void Schedule(Time t, std::function<void()> f);
void Schedule(std::function<void()> f) { Schedule(Clock::now(), std::move(f)); }
// Blocks until the work queue is empty and there are no currently
// running functions.
void Wait();
size_t num_threads() const { return threads_.size(); }
private:
struct Work {
bool operator<(const Work& w) const { return std::tie(w.t, w.idx) < std::tie(t, idx); }
Time t;
int64_t idx;
mutable std::function<void()> f;
};
void Loop(size_t tid);
int64_t last_idx_ = 0;
int64_t num_inflight_;
bool exit_ = false;
// Do we have a thread waiting on sleeper_cv_?
bool have_sleeper_ = false;
std::mutex mutex_;
// Any number of threads can wait on this condvar. Always without a timeout.
std::condition_variable cv_;
// At most one thread can wait on this condvar at a time. Always with a timeout.
std::condition_variable sleeper_cv_;
// Signalled when the work queue is empty and there is nothing inflight.
std::condition_variable idle_cv_;
std::priority_queue<Work> work_;
std::vector<std::thread> threads_;
};
void InitGlobalThreadPool(size_t num_threads);
ThreadPool* GlobalThreadPool();
} // namespace gitstatus
#endif // ROMKATV_GITSTATUS_THREAD_POOL_H_
| C | 5 | ptavares/powerlevel10k | gitstatus/src/thread_pool.h | [
"MIT"
] |
--TEST--
Bug #68471 (IntlDateFormatter fails for "GMT+00:00" timezone)
--EXTENSIONS--
intl
--FILE--
<?php
$formatter = new IntlDateFormatter(
'fr_FR',
IntlDateFormatter::NONE,
IntlDateFormatter::NONE,
"GMT+00:00"
);
var_dump($formatter);
?>
--EXPECT--
object(IntlDateFormatter)#1 (0) {
}
| PHP | 3 | NathanFreeman/php-src | ext/intl/tests/bug68471.phpt | [
"PHP-3.01"
] |
-@ val topMenu: Map[String,String]
-@ val menuKeys: List[String]
-@ val lvamoMap: scala.collection.immutable.TreeMap[String,String]
-@ val lvsolMap: scala.collection.immutable.TreeMap[String,String]
%'nav'
%ul
- for (menuKey <- menuKeys)
- if (menuKey.equals("about-lvamo.html"))
%li
%a{:href=>menuKey} = unescape(topMenu(menuKey))
%div
%ul
- for (kk <- lvamoMap.keySet)
%li
%a{:href=>{kk}} = unescape(lvamoMap(kk))
- else if (menuKey.equals("about-lvsol.html"))
%li
%a{:href=>menuKey} = unescape(topMenu(menuKey))
%div
%ul
- for (kk <- lvsolMap.keySet)
%li
%a{:href=>{kk}} = unescape(lvsolMap(kk))
- else if (menuKey.equals("contest-math-class.html"))
%li
%a{:href=>menuKey} = unescape(topMenu(menuKey))
%div
%ul
%li
%a{:href=>"topics-4-7.html"} = "Tēmas (4.-7.kl.)"
%li
%a{:href=>"topics-8-12.html"} = "Tēmas (8.-12.kl.)"
%li
%a{:href=>"all-topics.html"} = "Visas tēmas"
%li
%a{:href=>"index.html"} = "Video šķirotājs"
%div
%ul
%li
%a{:href=>"http://www.delfi.lv"} = "Delfi"
%li
%a{:href=>"http://www.apollo.lv"} = "Apollo"
- else if (menuKey.equals("home.html"))
%li
%a{:href=>menuKey} = unescape(topMenu(menuKey))
%div
%ul
%li
%a{:href=>"home-ad.html"} = "Reklāmraksts"
- else if (menuKey.equals("other-videos.html"))
%li
%a{:href=>menuKey} = unescape(topMenu(menuKey))
%div
%ul
%li
%a{:href=>"other-videos-fr.html"} = "Video franciski"
- else
%li
%a{:href=>{menuKey}} = topMenu(menuKey)
| Scaml | 3 | kapsitis/ddgatve-stat | src/main/resources/nav.scaml | [
"Apache-2.0"
] |
-- This test file was converted from except-all.sql.
CREATE TEMPORARY VIEW tab1 AS SELECT * FROM VALUES
(0), (1), (2), (2), (2), (2), (3), (null), (null) AS tab1(c1);
CREATE TEMPORARY VIEW tab2 AS SELECT * FROM VALUES
(1), (2), (2), (3), (5), (5), (null) AS tab2(c1);
CREATE TEMPORARY VIEW tab3 AS SELECT * FROM VALUES
(1, 2),
(1, 2),
(1, 3),
(2, 3),
(2, 2)
AS tab3(k, v);
CREATE TEMPORARY VIEW tab4 AS SELECT * FROM VALUES
(1, 2),
(2, 3),
(2, 2),
(2, 2),
(2, 20)
AS tab4(k, v);
-- Basic EXCEPT ALL
SELECT udf(c1) FROM tab1
EXCEPT ALL
SELECT udf(c1) FROM tab2;
-- MINUS ALL (synonym for EXCEPT)
SELECT udf(c1) FROM tab1
MINUS ALL
SELECT udf(c1) FROM tab2;
-- EXCEPT ALL same table in both branches
SELECT udf(c1) FROM tab1
EXCEPT ALL
SELECT udf(c1) FROM tab2 WHERE udf(c1) IS NOT NULL;
-- Empty left relation
SELECT udf(c1) FROM tab1 WHERE udf(c1) > 5
EXCEPT ALL
SELECT udf(c1) FROM tab2;
-- Empty right relation
SELECT udf(c1) FROM tab1
EXCEPT ALL
SELECT udf(c1) FROM tab2 WHERE udf(c1 > udf(6));
-- Type Coerced ExceptAll
SELECT udf(c1) FROM tab1
EXCEPT ALL
SELECT CAST(udf(1) AS BIGINT);
-- Error as types of two side are not compatible
SELECT udf(c1) FROM tab1
EXCEPT ALL
SELECT array(1);
-- Basic
SELECT udf(k), v FROM tab3
EXCEPT ALL
SELECT k, udf(v) FROM tab4;
-- Basic
SELECT k, udf(v) FROM tab4
EXCEPT ALL
SELECT udf(k), v FROM tab3;
-- EXCEPT ALL + INTERSECT
SELECT udf(k), udf(v) FROM tab4
EXCEPT ALL
SELECT udf(k), udf(v) FROM tab3
INTERSECT DISTINCT
SELECT udf(k), udf(v) FROM tab4;
-- EXCEPT ALL + EXCEPT
SELECT udf(k), v FROM tab4
EXCEPT ALL
SELECT k, udf(v) FROM tab3
EXCEPT DISTINCT
SELECT udf(k), udf(v) FROM tab4;
-- Chain of set operations
SELECT k, udf(v) FROM tab3
EXCEPT ALL
SELECT udf(k), udf(v) FROM tab4
UNION ALL
SELECT udf(k), v FROM tab3
EXCEPT DISTINCT
SELECT k, udf(v) FROM tab4;
-- Mismatch on number of columns across both branches
SELECT k FROM tab3
EXCEPT ALL
SELECT k, v FROM tab4;
-- Chain of set operations
SELECT udf(k), udf(v) FROM tab3
EXCEPT ALL
SELECT udf(k), udf(v) FROM tab4
UNION
SELECT udf(k), udf(v) FROM tab3
EXCEPT DISTINCT
SELECT udf(k), udf(v) FROM tab4;
-- Using MINUS ALL
SELECT udf(k), udf(v) FROM tab3
MINUS ALL
SELECT k, udf(v) FROM tab4
UNION
SELECT udf(k), udf(v) FROM tab3
MINUS DISTINCT
SELECT k, udf(v) FROM tab4;
-- Chain of set operations
SELECT k, udf(v) FROM tab3
EXCEPT ALL
SELECT udf(k), v FROM tab4
EXCEPT DISTINCT
SELECT k, udf(v) FROM tab3
EXCEPT DISTINCT
SELECT udf(k), v FROM tab4;
-- Join under except all. Should produce empty resultset since both left and right sets
-- are same.
SELECT *
FROM (SELECT tab3.k,
udf(tab4.v)
FROM tab3
JOIN tab4
ON udf(tab3.k) = tab4.k)
EXCEPT ALL
SELECT *
FROM (SELECT udf(tab3.k),
tab4.v
FROM tab3
JOIN tab4
ON tab3.k = udf(tab4.k));
-- Join under except all (2)
SELECT *
FROM (SELECT udf(udf(tab3.k)),
udf(tab4.v)
FROM tab3
JOIN tab4
ON udf(udf(tab3.k)) = udf(tab4.k))
EXCEPT ALL
SELECT *
FROM (SELECT udf(tab4.v) AS k,
udf(udf(tab3.k)) AS v
FROM tab3
JOIN tab4
ON udf(tab3.k) = udf(tab4.k));
-- Group by under ExceptAll
SELECT udf(v) FROM tab3 GROUP BY v
EXCEPT ALL
SELECT udf(k) FROM tab4 GROUP BY k;
-- Clean-up
DROP VIEW IF EXISTS tab1;
DROP VIEW IF EXISTS tab2;
DROP VIEW IF EXISTS tab3;
DROP VIEW IF EXISTS tab4;
| SQL | 4 | OlegPt/spark | sql/core/src/test/resources/sql-tests/inputs/udf/udf-except-all.sql | [
"Apache-2.0"
] |
public class Badger : Object {
public string name {
get;
construct;
}
Badger() {
Object(name: "Joe");
}
}
| Vala | 1 | kira78/meson | test cases/vala/17 plain consumer/badger.vala | [
"Apache-2.0"
] |
:root{--root-test:20}div.svelte-xyz{--test:10} | CSS | 2 | Theo-Steiner/svelte | test/css/samples/css-vars/expected.css | [
"MIT"
] |
--TEST--
Use of non-literals in declare ticks values crashes compiler
--FILE--
<?php
declare(ticks = UNKNOWN_CONST) {
echo 'Done';
}
?>
--EXPECTF--
Fatal error: declare(ticks) value must be a literal in %sdeclare_006.php on line 2
| PHP | 2 | NathanFreeman/php-src | Zend/tests/declare_006.phpt | [
"PHP-3.01"
] |
% Copyright (C) 1993 Digital Equipment Corporation
% All rights reserved.
% See the file COPYRIGHT for a full description.
% Last modified on Wed Jun 23 18:42:22 PDT 1993 by horning
pathname: trait
% OS-independent definitions for path names
includes
osPathname
introduces
absolute, valid, goodSeq: StrSeq -> Bool
problem, prob: StrSeq -> Str
asserts forall s: Str, ss: StrSeq
absolute(ss) == head(ss) = NIL;
valid(ss) == goodRoot(head(ss)) /\ goodSeq(tail(ss));
goodSeq(ss) ==
len(ss) = 0
\/ (goodName(head(ss)) /\ goodSeq(tail(ss)));
problem(ss) ==
if goodRoot(head(ss)) then prob(tail(ss)) else head(ss);
prob(ss) ==
if goodName(head(ss)) then prob(tail(ss))
else head(ss);
| LSL | 4 | jaykrell/cm3 | m3-libs/libm3/src/os/Common/pathname.lsl | [
"BSD-4-Clause-UC",
"BSD-4-Clause",
"BSD-3-Clause"
] |
--TEST--
enum keyword is reserved_non_modifiers
--FILE--
<?php
namespace enum {
class Foo {
public static function bar() {
return 'enum\Foo::bar()';
}
}
}
namespace {
class Foo {
const enum = 'enum const';
public static function enum() {
return 'enum static method';
}
}
echo \enum\Foo::bar() . "\n";
echo Foo::enum . "\n";
echo Foo::enum() . "\n";
}
?>
--EXPECT--
enum\Foo::bar()
enum const
enum static method
| PHP | 4 | NathanFreeman/php-src | Zend/tests/enum/enum-reserved-non-modifiers.phpt | [
"PHP-3.01"
] |
/* This crate declares an item as both `prelude::*` and `m::Tr`.
* The compiler should always suggest `m::Tr`. */
pub struct S;
pub mod prelude {
pub use crate::m::Tr as _;
}
pub mod m {
pub trait Tr { fn method(&self); }
impl Tr for crate::S { fn method(&self) {} }
}
| Rust | 4 | ohno418/rust | src/test/ui/imports/auxiliary/overlapping_pub_trait_source.rs | [
"ECL-2.0",
"Apache-2.0",
"MIT-0",
"MIT"
] |
#!/bin/sh
cd "/Library/Haskell/ghc-{{ghcVersion}}-{{arch}}/bin"
./activate-hs "{{ghcVersion}}-{{arch}}"
./uninstall-hs install-check "{{ghcVersion}}" Finder
ghc-pkg recache
if [ "${COMMAND_LINE_INSTALL}" == '1' ] ; then
echo "View documentation with this command:"
echo " open /Library/Haskell/doc/start.html"
else
sudo -n -u $USER open /Library/Haskell/doc/start.html
fi
| mupad | 3 | TikhonJelvis/haskell-platform | hptool/os-extras/osx/installer-scripts/postinstall.mu | [
"BSD-3-Clause"
] |
---
layout: post
title: "Putting Things In Order"
date: 2013-07-29 16:12
comments: true
external-url:
categories: abstract-refinements
author: Niki Vazou and Ranjit Jhala
published: true
demo: Order.hs
---
Hello again! Since we last met, much has happened that
we're rather excited about, and which we promise to get
to in the fullness of time.
Today, however, lets continue with our exploration of
abstract refinements. We'll see that this rather innocent
looking mechanism packs quite a punch, by showing how
it can encode various **ordering** properties of
recursive data structures.
<!-- more -->
\begin{code}
module PuttingThingsInOrder where
import Prelude hiding (break)
-- Haskell Type Definitions
plusOnes :: [(Int, Int)]
insertSort, mergeSort, quickSort :: (Ord a) => [a] -> [a]
\end{code}
Abstract Refinements
--------------------
\begin{code} Recall that *abstract refinements* are a mechanism that let us write and check types of the form
maxInt :: forall <p :: Int -> Prop>. Int<p> -> Int<p> -> Int<p>
\end{code}
which states that the output of `maxInt` preserves
*whatever* invariants held for its two inputs as
long as both those inputs *also* satisfied those
invariants.
First, lets see how we can (and why we may want to)
abstractly refine data types.
Polymorphic Association Lists
-----------------------------
Suppose, we require a type for association lists.
Lets define one that is polymorphic over keys `k`
and values `v`
\begin{code}
data AssocP k v = KVP [(k, v)]
\end{code}
Now, in a program, you might have multiple association
lists, whose keys satisfy different properties.
For example, we might have a table for mapping digits
to the corresponding English string
\begin{code}
digitsP :: AssocP Int String
digitsP = KVP [ (1, "one")
, (2, "two")
, (3, "three") ]
\end{code}
We could have a separate table for *sparsely* storing
the contents of an array of size `1000`.
\begin{code}
sparseVecP :: AssocP Int Double
sparseVecP = KVP [ (12 , 34.1 )
, (92 , 902.83)
, (451, 2.95)
, (877, 3.1 )]
\end{code}
The **keys** used in the two tables have rather
different properties, which we may want to track
at compile time.
- In `digitsP` the keys are between `0` and `9`
- In `sparseVecP` the keys are between `0` and `999`.
Well, since we had the foresight to parameterize
the key type in `AssocP`, we can express the above
properties by appropriately **instantiating** the type
of `k` with refined versions
\begin{code}
{-@ digitsP :: AssocP {v:Int | (Btwn 0 v 9)} String @-}
\end{code}
and
\begin{code}
{-@ sparseVecP :: AssocP {v:Int | (Btwn 0 v 1000)} Double @-}
\end{code}
where `Btwn` is just an alias
\begin{code}
{-@ predicate Btwn Lo V Hi = (Lo <= V && V <= Hi) @-}
\end{code}
Monomorphic Association Lists
-----------------------------
Now, suppose that for one reason or another, we want to
specialize our association list so that the keys are of
type `Int`.
\begin{code}
data Assoc v = KV [(Int, v)]
\end{code}
(We'd probably also want to exploit the `Int`-ness
in the implementation but thats a tale for another day.)
Now, we have our two tables
\begin{code}
digits :: Assoc String
digits = KV [ (1, "one")
, (2, "two")
, (3, "three") ]
sparseVec :: Assoc Double
sparseVec = KV [ (12 , 34.1 )
, (92 , 902.83)
, (451, 2.95)
, (877, 3.1 )]
\end{code}
but since we didn't make the key type generic, it seems
we have no way to distinguish between the invariants of
the two sets of keys. Bummer!
Abstractly Refined Data
-----------------------
We *could* define *two separate* types of association
lists that capture different invariants, but frankly,
thats rather unfortunate, as we'd then have to
duplicate the code the manipulates the structures.
Of course, we'd like to have (type) systems help
keep an eye on different invariants, but we'd
*really* rather not have to duplicate code to
achieve that end. Thats the sort of thing that
drives a person to JavaScript ;-).
Fortunately, all is not lost.
If you were paying attention [last time][blog-absref]
then you'd realize that this is the perfect job for
an abstract refinement, this time applied to a `data`
definition:
\begin{code}
{-@ data Assoc v <p :: Int -> Prop>
= KV (z :: [(Int<p>, v)]) @-}
\end{code}
The definition refines the type for `Assoc` to introduce
an abstract refinement `p` which is, informally speaking,
a property of `Int`. The definition states that each `Int`
in the association list in fact satisfies `p` as, `Int<p>`
is an abbreviation for `{v:Int| (p v)}`.
Now, we can *have* our `Int` keys and *refine* them too!
For example, we can write:
\begin{code}
{-@ digits :: Assoc (String) <{\v -> (Btwn 0 v 9)}> @-}
\end{code}
to track the invariant for the `digits` map, and write
\begin{code}
{-@ sparseVec :: Assoc Double <{\v -> (Btwn 0 v 1000)}> @-}
\end{code}
Thus, we can recover (some of) the benefits of abstracting
over the type of the key by instead parameterizing the type
directly over the possible invariants. We will have much
[more to say][blog-absref-vec] on association lists
(or more generally, finite maps) and abstract refinements,
but lets move on for the moment.
Dependent Tuples
----------------
It is no accident that we have reused Haskell's function
type syntax to define abstract refinements (`p :: Int -> Prop`);
interesting things start to happen if we use multiple parameters.
Consider the function `break` from the Prelude.
\begin{code}
break :: (a -> Bool) -> [a] -> ([a], [a])
break _ xs@[] = (xs, xs)
break p xs@(x:xs')
| p x = ([], xs)
| otherwise = let (ys, zs) = break p xs'
in (x:ys,zs)
\end{code}
From the comments in [Data.List][data-list], `break p xs`:
"returns a tuple where the first element is longest prefix (possibly empty)
`xs` of elements that do not satisfy `p` and second element is the
remainder of the list."
We could formalize the notion of the *second-element-being-the-remainder*
using sizes. That is, we'd like to specify that the length of the second
element equals the length of `xs` minus the length of the first element.
That is, we need a way to allow the refinement of the second element to
*depend on* the value in the first refinement.
Again, we could define a special kind of tuple-of-lists-type that
has the above property *baked in*, but thats just not how we roll.
\begin{code} Instead, lets use abstract refinements to give us **dependent tuples**
data (a,b)<p :: a -> b -> Prop> = (x:a, b<p x>)
\end{code}
Here, the abstract refinement takes two parameters,
an `a` and a `b`. In the body of the tuple, the
first element is named `x` and we specify that
the second element satisfies the refinement `p x`,
i.e. a partial application of `p` with the first element.
In other words, the second element is a value of type
`{v:b | (p x v)}`.
As before, we can instantiate the `p` in *different* ways.
For example the whimsical
\begin{code}
{-@ plusOnes :: [(Int, Int)<{\x1 x2 -> x2 = x1 + 1}>] @-}
plusOnes = [(0,1), (5,6), (999,1000)]
\end{code}
and returning to the *remainder* property for `break`
\begin{code}
{-@ break :: (a -> Bool) -> x:[a]
-> ([a], [a])<{\y z -> (Break x y z)}> @-}
\end{code}
using the predicate alias
\begin{code}
{-@ predicate Break X Y Z = (len X) = (len Y) + (len Z) @-}
\end{code}
Abstractly Refined Lists
------------------------
Right, we've been going on for a bit. Time to put things *in order*.
To recap: we've already seen one way to abstractly refine lists:
to recover a *generic* means of refining a *monomorphic* list
(e.g. the list of `Int` keys.) However, in that case we were
talking about *individual* keys.
Next, we build upon the dependent-tuples technique we just
saw to use abstract refinements to relate *different*
elements inside containers.
In particular, we can use them to specify that *every pair*
of elements inside the list is related according to some
abstract relation `p`. By *instantiating* `p` appropriately,
we will be able to recover various forms of (dis) order.
\begin{code} Consider the refined definition of good old Haskell lists:
data [a] <p :: a -> a -> Prop> where
| [] :: [a] <p>
| (:) :: h:a -> [a<p h>]<p> -> [a]<p>
\end{code}
Whoa! Thats a bit of a mouthful. Lets break it down.
* The type is parameterized with a refinement `p :: a -> a -> Prop`
Think of `p` as a *binary relation* over the `a` values comprising
the list.
* The empty list `[]` is a `[]<p>`. Clearly, the empty list has no
elements whatsoever and so every pair is trivially, or rather,
vacuously related by `p`.
* The cons constructor `(:)` takes a head `h` of type `a` and a tail
of `a<p h>` values, each of which is *related to* `h` **and** which
(recursively) are pairwise related `[...]<p>` and returns a list where
*all* elements are pairwise related `[a]<p>`.
Pairwise Related
----------------
Note that we're being a bit sloppy when we say *pairwise* related.
\begin{code} What we really mean is that if a list
[x1,...,xn] :: [a]<p>
\end{code}
then for each `1 <= i < j <= n` we have `(p xi xj)`.
\begin{code} To see why, consider the list
[x1, x2, x3, ...] :: [a]<p>
\end{code}
\begin{code} This list unfolds into a head and tail
x1 :: a
[x2, x3,...] :: [a<p x1>]<p>
\end{code}
\begin{code} The above tail unfolds into
x2 :: a<p x1>
[x3, ...] :: [a<p x1 && p x2>]<p>
\end{code}
\begin{code} And finally into
x3 :: a<p x1 && p x2>
[...] :: [a<p x1 && p x2 && p x3>]<p>
\end{code}
That is, each element `xj` satisfies the refinement
`(p xi xj)` for each `i < j`.
Using Abstractly Refined Lists
------------------------------
Urgh. *Math is hard!*
Lets see how we can *program* with these funnily refined lists.
For starters, we can define a few helpful type aliases.
\begin{code}
{-@ type IncrList a = [a]<{\xi xj -> xi <= xj}> @-}
{-@ type DecrList a = [a]<{\xi xj -> xi >= xj}> @-}
{-@ type UniqList a = [a]<{\xi xj -> xi /= xj}> @-}
\end{code}
As you might expect, an `IncrList` is a list of values in *increasing* order:
\begin{code}
{-@ whatGosUp :: IncrList Integer @-}
whatGosUp = [1,2,3]
\end{code}
Similarly, a `DecrList` contains its values in *decreasing* order:
\begin{code}
{-@ mustGoDown :: DecrList Integer @-}
mustGoDown = [3,2,1]
\end{code}
My personal favorite though, is a `UniqList` which has *no duplicates*:
\begin{code}
{-@ noDuplicates :: UniqList Integer @-}
noDuplicates = [1,3,2]
\end{code}
Sorting Lists
-------------
Its all very well to *specify* lists with various kinds of invariants.
The question is, how easy is it to *establish* these invariants?
Lets find out, by turning inevitably to that staple of all forms of
formal verification: your usual textbook sorting procedures.
**Insertion Sort**
First up: insertion sort. Well, no surprises here:
\begin{code}
{-@ insertSort :: (Ord a) => xs:[a] -> (IncrList a) @-}
insertSort [] = []
insertSort (x:xs) = insert x (insertSort xs)
\end{code}
The hard work is done by `insert` which places an
element into the correct position of a sorted list
\begin{code}
insert y [] = [y]
insert y (x:xs)
| y <= x = y : x : xs
| otherwise = x : insert y xs
\end{code}
LiquidHaskell infers that if you give `insert` an element
and a sorted list, it returns a sorted list.
\begin{code}
{-@ insert :: (Ord a) => a -> IncrList a -> IncrList a @-}
\end{code}
If you prefer the more Haskelly way of writing insertion sort,
i.e. with a `foldr`, that works too. Can you figure out why?
\begin{code}
{-@ insertSort' :: (Ord a) => [a] -> IncrList a @-}
insertSort' xs = foldr insert [] xs
\end{code}
**Merge Sort**
Well, you know the song goes. First, we write a function
that **splits** the input into two parts:
\begin{code}
split :: [a] -> ([a], [a])
split (x:y:zs) = (x:xs, y:ys)
where
(xs, ys) = split zs
split xs = (xs, [])
\end{code}
Then we need a function that **merges** two (sorted) lists
\begin{code}
merge xs [] = xs
merge [] ys = ys
merge (x:xs) (y:ys)
| x <= y = x : merge xs (y:ys)
| otherwise = y : merge (x:xs) ys
\end{code}
LiquidHaskell deduces that if both inputs are
ordered, then so is the output.
\begin{code}
{-@ merge :: (Ord a) => IncrList a
-> IncrList a
-> IncrList a
@-}
\end{code}
Finally, using the above functions we write `mergeSort`:
\begin{code}
{-@ mergeSort :: (Ord a) => [a] -> IncrList a @-}
mergeSort [] = []
mergeSort [x] = [x]
mergeSort xs = merge (mergeSort ys) (mergeSort zs)
where
(ys, zs) = split xs
\end{code}
Lets see how LiquidHaskell proves the output type.
+ The first two cases are trivial: for an empty
or singleton list, we can vacuously instantiate
the abstract refinement with *any* concrete
refinement.
+ For the last case, we can inductively assume
`mergeSort ys` and `mergeSort zs` are sorted
lists, after which the type inferred for
`merge` kicks in, allowing LiquidHaskell to conclude
that the output is also sorted.
**Quick Sort**
The previous two were remarkable because they were, well, quite *unremarkable*.
Pretty much the standard textbook implementations work *as is*.
Unlike the [classical][omega-sort] [developments][hasochism]
using indexed types we don't have to define any auxiliary
types for increasing lists, or lists whose value is in a
particular range, or any specialized `cons` operators and
so on.
With *quick sort* we need to do a tiny bit of work.
\begin{code} We would like to define `quickSort` as
{-@ quickSort' :: (Ord a) => [a] -> IncrList a @-}
quickSort' [] = []
quickSort' (x:xs) = lts ++ (x : gts)
where
lts = quickSort' [y | y <- xs, y < x]
gts = quickSort' [z | z <- xs, z >= x]
\end{code}
But, if you try it out, you'll see that LiquidHaskell
*does not approve*. What could possibly be the trouble?
The problem lies with *append*. What type do we give `++`?
\begin{code} We might try something like
(++) :: IncrList a -> IncrList a -> IncrList a
\end{code}
\begin{code} but of course, this is bogus, as
[1,2,4] ++ [3,5,6]
\end{code}
is decidedly not an `IncrList`!
Instead, at this particular use of `++`, there is
an extra nugget of information: there is a *pivot*
element `x` such that every element in the first
argument is less than `x` and every element in
the second argument is greater than `x`.
There is no way we can give the usual append `++`
a type that reflects the above as there is no pivot
`x` to refer to. Thus, with a heavy heart, we must
write a specialized pivot-append that uses this fact:
\begin{code}
pivApp piv [] ys = piv : ys
pivApp piv (x:xs) ys = x : pivApp piv xs ys
\end{code}
Now, LiquidHaskell infers that
\begin{code}
{-@ pivApp :: piv:a
-> IncrList {v:a | v < piv}
-> IncrList {v:a | v >= piv}
-> IncrList a
@-}
\end{code}
And we can use `pivApp` to define `quickSort' simply as:
\begin{code}
{-@ quickSort :: (Ord a) => [a] -> IncrList a @-}
quickSort [] = []
quickSort (x:xs) = pivApp x lts gts
where
lts = quickSort [y | y <- xs, y < x ]
gts = quickSort [z | z <- xs, z >= x]
\end{code}
Really Sorting Lists
--------------------
The convenient thing about our encoding is that the
underlying datatype is plain Haskell lists.
This yields two very concrete benefits.
First, as mentioned before, we can manipulate
sorted lists with the same functions we'd use
for regular lists.
Second, by decoupling (or rather, parameterizing)
the relation or property or invariant from the actual
data structure we can plug in different invariants,
sometimes in the *same* program.
To see why this is useful, lets look at a *real-world*
sorting algorithm: the one used inside GHC's
`Data.List` [module][data-list].
\begin{code}
sort :: (Ord a) => [a] -> [a]
sort = mergeAll . sequences
where
sequences (a:b:xs)
| a `compare` b == GT = descending b [a] xs
| otherwise = ascending b (a:) xs
sequences [x] = [[x]]
sequences [] = [[]]
descending a as (b:bs)
| a `compare` b == GT = descending b (a:as) bs
descending a as bs = (a:as): sequences bs
ascending a as (b:bs)
| a `compare` b /= GT = ascending b (\ys -> as (a:ys)) bs
ascending a as bs = as [a]: sequences bs
mergeAll [x] = x
mergeAll xs = mergeAll (mergePairs xs)
mergePairs (a:b:xs) = merge a b: mergePairs xs
mergePairs [x] = [x]
mergePairs [] = []
\end{code}
The interesting thing about the procedure is that it
generates some intermediate lists that are increasing
*and* others that are decreasing, and then somehow
miraculously whips this whirlygig into a single
increasing list.
Yet, to check this rather tricky algorithm with
LiquidHaskell we need merely write:
\begin{code}
{-@ sort :: (Ord a) => [a] -> IncrList a @-}
\end{code}
[blog-absref]: /blog/2013/06/3/abstracting-over-refinements.lhs/
[blog-absref-vec]: http://goto.ucsd.edu/~rjhala/liquid/abstract_refinement_types.pdf
[data-list]: http://www.haskell.org/ghc/docs/latest/html/libraries/base/src/Data-List.html#sort
[omega-sort]: http://web.cecs.pdx.edu/~sheard/Code/InsertMergeSort.html
[hasochism]: https://personal.cis.strath.ac.uk/conor.mcbride/pub/hasochism.pdf
| Literate Haskell | 5 | curiousleo/liquidhaskell | docs/blog/2013-07-29-putting-things-in-order.lhs | [
"MIT",
"BSD-3-Clause"
] |
004854,A,A,C,D,D,C,D,B,C,D,D,B,D,B,C,B,B,E,B,B,C,D,A,B,A,C,C,D,A,D,C,D,B,A,D,C,A,B,D,A,E,D,D,C,B,E,B,E,,E,D,A,C,B,E,B,B,D,C,B,B,B,C,D,B,A,A,C,B,B,A,C,A,C,B,D,C,D,A,A,C,C,D,A,C,A,C,C,B,C,D,B,A,B,E,C,D,B,A,B,D
004817,C,D,C,A,A,D,C,B,E,E,B,C,B,B,A,A,E,A,E,C,C,B,B,C,A,D,C,E,D,E,B,C,A,A,A,A,E,D,C,B,E,E,D,A,A,A,B,C,E,D,D,A,E,,E,B,C,D,B,B,E,C,E,D,,E,A,B,C,D,C,D,C,B,D,E,A,D,A,A,D,B,A,D,B,B,A,A,A,B,,,,A,E,A,A,,B,A,D
004816,A,A,,A,D,D,,,,E,,,,,A,,D,,,,C,D,,,B,A,A,A,D,,,,A,A,D,D,,D,C,E,E,E,D,B,A,A,B,A,,B,A,D,,,,B,,,,,,,,,,,,A,C,E,,,,,,A,A,,A,E,D,,,,,,,,,D,,,,B,E,E,A,,B,,B
004841,D,C,D,B,E,B,C,B,D,E,B,B,A,D,,,E,A,,,,,D,,,,B,D,B,C,A,C,A,A,A,A,A,A,C,B,D,D,D,B,E,,B,A,B,A,A,B,C,D,A,D,C,C,B,B,D,B,D,D,B,C,D,A,A,B,A,C,A,C,E,A,A,D,A,E,D,A,C,C,C,D,E,A,D,B,D,B,C,B,A,B,C,A,B,D,B
004840,C,C,B,B,A,D,C,A,A,E,B,B,E,D,A,B,B,D,C,D,D,A,E,C,E,D,C,D,E,E,B,B,B,C,C,D,C,B,C,D,E,A,D,A,C,A,B,A,D,D,A,D,A,B,A,A,A,D,C,A,E,C,E,C,E,A,A,B,E,D,A,B,C,C,D,E,C,D,A,E,C,A,A,B,D,D,C,B,D,D,C,A,D,B,E,B,D,A,B,A,B
004839,B,D,,A,B,,C,A,E,E,A,E,,,D,,E,A,,A,C,D,,,A,,E,E,D,B,C,A,C,C,A,D,A,D,C,B,E,E,D,B,C,A,B,A,A,D,B,A,,,,B,D,B,,B,E,,,A,,E,B,D,C,E,A,,B,,,,D,D,A,A,D,,A,A,E,,B,,B,E,,,,B,E,B,A,C,A,C,D
004838,D,D,B,A,B,C,E,C,E,E,A,B,E,D,E,C,C,A,B,C,B,A,C,C,A,,B,C,A,D,C,E,A,C,A,C,E,E,C,A,D,E,D,A,C,A,B,A,B,D,B,A,B,E,B,B,A,C,B,B,C,E,D,C,A,C,E,D,C,D,D,A,A,E,D,A,A,D,A,E,C,C,A,E,B,D,C,E,B,A,,,B,A,E,E,B,A,A,C,B
004842,D,D,A,E,D,D,C,A,A,E,C,A,A,C,A,B,D,D,A,E,B,B,B,E,A,A,C,E,A,B,E,D,A,A,A,D,A,A,A,A,E,E,D,A,A,A,B,A,E,D,B,B,A,B,E,B,D,E,B,D,E,B,B,E,B,D,A,A,D,D,C,C,E,C,D,A,D,D,A,E,D,C,D,B,C,D,B,C,A,B,C,C,C,B,C,C,A,A,B,D,B
004837,C,C,B,E,C,D,B,B,E,B,B,B,A,C,A,D,E,A,D,C,A,D,E,C,B,A,C,D,E,C,D,D,A,B,D,C,A,D,C,E,E,E,B,A,C,B,A,C,B,E,D,D,A,C,C,A,C,E,A,E,A,C,D,B,D,E,E,C,E,A,A,E,B,A,D,E,C,E,A,D,D,E,A,E,C,D,B,B,B,A,D,A,A,A,E,C,A,A,B,E,B
004843,A,B,D,B,C,C,A,A,D,E,D,B,B,E,D,B,A,A,A,C,D,D,E,A,D,A,A,B,A,D,E,A,C,C,A,C,A,D,C,B,E,E,D,A,E,A,A,A,E,B,D,D,C,,,E,,E,E,D,D,B,B,D,C,E,A,D,D,E,A,D,A,A,D,E,D,E,B,E,E,C,B,E,A,B,C,E,B,B,D,,A,B,C,C,A,C,B,D,A
004829,D,A,,D,B,,D,A,E,E,B,,B,C,D,B,B,A,,C,B,,,,A,A,A,E,A,A,B,D,B,C,,,,,D,D,E,E,A,E,C,A,B,A,E,D,D,A,,B,D,C,A,,E,B,D,C,A,C,E,,B,C,C,A,A,A,C,,,A,D,D,D,E,E,D,C,A,B,D,A,C,B,D,B,C,B,B,E,A,A,B,B,C,E
004828,C,,,A,,,E,,E,E,,,B,D,E,B,B,A,D,,C,,,,,,E,E,A,D,E,D,A,A,A,D,E,C,D,B,E,E,D,A,E,A,B,E,E,D,C,,,,,,,,,,B,,,,,,A,C,D,D,,B,B,A,D,D,D,D,C,E,C,B,D,A,C,A,A,,A,D,,,,,,,,A,A,A,
004827,B,E,A,C,A,C,,B,E,E,B,,A,A,A,C,D,A,C,B,D,D,B,A,E,D,E,A,E,C,B,,A,D,A,C,A,B,E,E,A,E,E,B,E,A,B,A,B,D,D,E,C,D,B,D,B,A,B,A,D,C,A,A,B,A,E,C,D,A,A,E,D,C,D,E,A,D,A,A,A,B,A,E,B,D,C,E,D,A,A,C,A,B,D,A,A,C,B,D,B
004826,A,A,,A,D,,C,C,E,E,D,A,B,E,,E,,A,,,C,D,C,,A,,A,D,D,D,,,A,A,A,D,A,C,C,B,E,E,D,A,A,A,B,E,C,D,D,B,,,E,B,D,,B,B,E,,,,,E,A,C,,D,,,C,,D,E,C,D,,E,D,,D,A,C,A,,,,D,,,,B,C,,A,A,B,A,B
004825,B,D,C,B,C,D,D,C,D,D,D,D,C,C,D,D,D,E,D,C,D,C,D,D,C,D,A,D,D,D,C,D,A,A,A,C,B,B,E,C,D,E,D,B,A,B,B,A,E,D,D,D,D,D,A,C,B,D,C,D,D,B,D,C,D,E,E,C,C,B,C,A,B,A,E,A,E,D,C,E,D,C,A,D,B,D,E,D,C,A,B,C,D,B,E,C,A,A,A,D,B
004824,B,B,,A,A,D,E,C,E,E,B,E,A,E,C,B,,,,,,,,,,,C,D,D,D,E,D,E,C,D,C,C,B,C,E,E,E,D,B,A,A,B,A,A,D,D,B,,,D,A,D,A,B,D,E,,B,,,C,B,E,D,D,A,C,C,A,A,E,B,A,B,E,C,E,A,B,B,B,C,,,D,,B,,B,C,E,A,E,A,E,D
004851,A,A,,A,D,B,C,A,E,E,D,,B,D,,A,D,D,D,C,C,D,B,C,A,B,D,E,A,C,C,E,A,E,A,D,A,A,C,D,E,E,D,A,C,A,B,A,B,E,A,E,B,,E,B,A,,B,B,E,B,B,,,E,A,A,E,B,E,C,A,A,D,E,A,B,C,A,,D,B,B,,D,B,A,A,D,C,B,,B,E,B,D,E,B,E,E
004850,A,D,B,B,D,A,C,B,E,E,C,C,D,D,C,D,A,B,B,C,B,D,C,D,A,D,C,E,A,A,E,D,C,C,B,B,D,E,D,A,A,E,C,B,A,D,B,A,E,C,D,B,D,C,D,B,C,E,E,B,C,C,B,D,B,C,E,C,A,C,D,C,B,D,D,A,A,D,B,E,B,D,B,D,B,B,E,B,A,E,C,B,B,B,C,E,A,B,B,B,C
004849,A,D,,B,E,B,E,,A,E,A,E,B,,A,B,,D,D,C,E,A,E,,,A,,A,D,B,A,C,,B,,*,,,,B,E,A,,B,,C,,C,,A,C,B,,C,C,B,,B,C,C,,B,,A,,,,C,C,,A,A,A,,D,C,A,,B,E,,A,D,C,C,C,D,E,,A,D,,C,B,C,,A,,C,,E
004848,A,D,E,B,D,C,E,D,D,E,C,B,,C,B,,D,D,,D,B,C,B,D,C,A,E,C,D,C,B,C,A,A,A,C,A,B,C,A,B,E,D,A,A,A,A,C,B,B,E,D,,A,A,A,C,E,,,C,B,E,B,,,A,D,C,E,B,D,A,C,D,A,C,D,A,E,D,E,A,E,C,D,C,E,D,D,C,,C,B,C,B,A,D,A,C,B
004847,D,B,C,A,C,,B,,B,E,D,,,,D,A,E,B,B,,,A,,C,,E,E,E,D,A,A,B,E,A,A,C,B,A,C,E,E,E,D,A,A,A,B,,C,D,D,A,C,,B,,C,,E,B,E,,B,A,D,B,A,B,C,D,A,,C,,C,E,B,D,B,A,A,A,A,A,B,A,E,C,A,,,C,,D,,A,A,B,D,,A
004846,C,D,C,A,D,D,C,C,E,C,B,C,A,C,D,B,E,C,E,C,D,D,E,A,C,C,A,E,D,D,B,D,A,D,B,A,A,C,D,D,E,E,D,B,E,A,A,A,A,C,D,D,D,B,E,D,A,A,B,D,E,B,C,B,C,E,B,C,D,D,A,D,A,A,D,C,D,C,A,B,D,A,E,E,C,C,C,D,A,D,D,D,B,B,E,E,A,B,B,D,E
004845,D,D,E,A,C,D,C,C,B,E,B,D,A,C,C,B,D,C,B,D,A,C,B,D,E,D,A,A,A,D,E,C,E,A,A,C,A,B,E,C,E,D,D,A,E,A,B,A,D,B,C,C,B,E,B,C,A,B,D,B,A,C,E,A,C,A,B,C,C,E,B,A,A,B,C,E,E,D,C,E,C,D,B,A,B,A,A,C,D,C,B,A,D,B,E,B,C,B,B,D,C
004844,D,D,E,A,E,B,E,C,,E,,,A,D,A,B,E,,,C,,D,,,E,,A,B,E,D,E,E,E,B,B,C,A,B,D,D,D,D,D,B,A,A,B,A,,B,,,,,D,,,,A,A,D,B,,,,,B,,,C,A,,A,,,D,A,E,B,D,C,B,,,C,,,D,,,,D,A,B,A,,,A,E,B,B
004835,B,D,B,C,D,B,C,C,E,E,A,A,B,C,C,E,B,D,A,C,A,D,C,E,B,E,C,A,A,C,A,,E,B,D,A,A,B,C,E,E,D,D,B,E,A,B,A,E,B,B,D,,B,B,C,C,D,D,A,A,C,B,E,C,E,B,A,C,A,B,A,A,C,A,A,B,C,A,E,A,D,A,E,D,C,C,E,B,C,A,B,A,A,E,B,A,A,A,C,B
004836,B,C,,A,E,,C,B,D,E,,D,,E,,,,,,,,,,,,,A,A,D,B,D,E,A,C,A,E,D,B,E,E,E,E,D,A,A,B,A,*,E,E,D,D,A,,,,,,B,,C,,,,,E,A,C,C,B,A,B,C,A,,,,B,C,D,C,D,A,A,D,,C,A,D,D,,,B,B,E,E,A,A,E,C,
004833,A,D,C,A,C,B,D,C,E,E,B,D,A,D,C,B,B,A,,C,B,,D,C,A,C,A,C,B,E,B,,D,C,D,B,A,,C,B,E,D,D,B,A,A,B,C,E,C,D,D,C,D,B,,A,A,C,A,C,,E,B,C,A,B,C,D,A,A,,B,,C,A,D,D,A,A,D,,B,A,C,A,A,,D,D,B,A,,B,,C,A,B,B,A,C
004834,D,E,C,A,D,A,E,C,A,E,A,A,B,B,A,A,D,A,A,E,C,D,B,C,A,A,E,A,D,D,E,A,A,D,D,C,A,D,D,B,E,E,D,B,A,C,B,A,E,D,D,B,E,E,E,B,D,E,B,D,B,B,E,A,C,E,B,E,A,D,C,C,C,A,D,A,A,B,A,D,D,D,A,C,C,D,B,A,D,D,C,C,C,B,C,C,A,E,E,A,E
004832,A,E,E,A,D,A,C,C,E,E,D,A,D,C,A,E,D,,E,E,C,D,D,C,A,A,C,C,E,D,E,A,A,D,B,E,A,E,C,D,D,E,D,B,C,A,B,A,D,D,D,D,E,,E,B,A,D,B,B,D,B,E,E,A,E,B,C,C,D,C,C,C,A,E,E,B,D,B,E,B,B,A,A,B,B,A,D,C,D,B,C,B,A,E,C,D,A,B,C,E
004831,B,D,D,C,E,D,A,C,A,E,B,A,A,E,C,C,E,B,C,C,B,D,E,E,A,A,E,B,A,C,C,B,E,B,A,C,A,E,D,B,E,E,D,B,C,A,B,A,E,B,C,E,C,C,E,B,D,D,C,C,C,B,E,E,B,D,A,A,A,E,E,D,C,B,A,C,E,E,C,A,E,C,A,E,B,D,C,D,B,B,C,A,A,B,E,C,A,D,C,C,B
004830,C,C,C,A,B,C,C,B,E,E,A,C,A,A,C,C,E,B,E,C,E,B,B,D,A,D,C,C,D,D,B,D,A,B,A,A,A,A,D,B,E,E,D,B,A,A,B,A,A,B,B,D,D,B,D,D,C,A,C,A,C,C,C,,,E,A,A,E,E,A,C,A,C,C,D,D,D,C,E,D,C,,B,E,B,D,C,D,E,C,E,A,B,E,C,C,C,B,C,C
004822,C,C,A,D,D,B,C,E,A,D,E,D,E,B,B,D,C,C,E,C,E,E,C,B,E,D,C,E,B,E,B,B,A,A,A,A,B,E,C,E,E,D,D,A,E,A,B,A,E,D,D,B,D,B,E,A,C,D,A,D,C,E,E,A,C,C,C,A,C,A,C,E,A,B,B,B,B,D,C,E,D,D,B,E,C,C,B,D,D,D,C,E,A,B,E,B,A,A,B,C,C
004821,A,D,,A,C,,C,,E,E,D,,D,E,E,E,C,A,,C,,D,C,,,,A,A,D,D,E,E,A,C,C,A,A,D,C,A,E,E,D,B,A,A,B,A,C,D,D,D,E,,,,,,,,,,,,,E,B,E,E,A,E,C,B,D,D,E,C,D,B,E,A,E,A,D,C,D,C,,D,A,B,A,A,B,E,E,A,B,B,,B
004820,A,E,C,A,D,B,C,B,E,E,A,A,A,D,A,B,A,A,A,C,C,D,D,A,D,C,A,A,C,E,B,B,A,A,A,A,A,A,C,D,B,E,D,B,C,E,E,E,E,D,C,B,A,D,A,C,D,D,C,A,D,A,C,E,E,B,C,A,C,B,A,D,D,A,B,D,A,D,A,E,A,A,D,E,A,D,E,E,A,A,B,B,C,B,E,A,A,A,A,C,B
004819,C,D,,,D,,,,,E,,,B,,,,,A,,C,C,,,,,,B,B,C,C,B,E,A,A,D,D,C,D,C,D,E,E,D,A,A,A,B,A,E,D,A,B,,,,B,,,,,,,,,,,A,A,C,A,A,A,E,D,,C,B,D,A,E,E,D,D,B,C,D,A,D,A,D,,,,,,,,A,B,D,B
004818,A,D,E,A,C,,D,A,E,E,,A,B,C,D,A,D,A,,C,C,D,,C,A,A,C,E,D,C,B,,E,D,D,D,C,A,C,B,E,E,D,A,A,A,B,A,E,D,D,B,,,E,B,C,,B,B,E,C,,D,,B,A,D,C,D,E,C,C,A,D,E,C,D,A,E,D,C,D,A,C,A,C,C,D,C,,,,B,C,A,A,E,B,E,C
004823,B,E,C,A,D,D,C,C,E,E,,A,B,C,A,C,D,A,A,B,E,B,,,,D,C,B,D,C,B,A,D,C,D,A,B,D,C,E,E,D,B,A,E,A,B,A,E,B,A,A,,,,B,,,,,,,,,,E,E,B,C,A,A,,A,,D,B,D,D,C,A,A,A,B,A,B,B,C,C,D,E,,B,E,B,E,C,A,A,E,B,B
004853,B,A,D,C,C,E,C,B,A,C,B,C,D,E,A,B,D,D,A,C,E,D,A,C,B,D,E,E,D,D,E,A,A,D,D,E,A,B,D,A,E,E,D,A,B,A,B,A,B,D,A,D,B,D,,C,E,D,C,A,A,E,B,D,A,E,E,B,E,D,A,C,E,A,D,D,D,B,A,A,D,C,A,B,B,D,C,D,A,C,,D,B,B,E,D,C,B,B,C,D
004815,C,B,D,E,D,C,C,C,A,A,C,E,B,E,C,B,C,B,B,C,B,D,D,D,D,C,A,E,A,C,B,D,A,C,A,B,B,A,C,A,E,A,D,A,D,A,B,A,E,B,D,D,A,D,B,D,A,A,C,C,D,E,A,E,C,E,A,A,C,E,E,C,B,A,D,A,D,D,A,C,C,A,B,B,A,A,C,D,E,D,D,A,D,B,C,C,A,E,A,A,C
004852,A,A,,A,D,,C,,E,E,,A,A,C,,,D,A,,C,C,D,,C,A,A,,E,D,D,B,,A,A,A,D,A,A,E,,E,E,,B,C,A,B,A,D,D,D,B,,,E,B,A,,,,C,C,E,,,E,B,E,E,D,,C,,,,E,B,D,A,E,,D,B,A,C,A,,A,A,A,,,,A,C,,A,A,B,A,D
| IDL | 0 | plandauro/admision | storage/calificacionsimulacro/2020-IIHRB205.dlm | [
"MIT"
] |
DAFETF NAIF DAF ENCODED TRANSFER FILE
'DAF/CK '
'2'
'6'
'MEX CK; MEASURED; OBTAINED FROM TELEMETRY '
BEGIN_ARRAY 1 43
'MEX MEASURED ATTITUDE '
'124591B6082^B'
'1245926CA7B^B'
'-A029'
'1'
'3'
'1'
43
'1C03A61D1A1F56^0'
'3954C69BA9111^0'
'13A448099CEEAC^0'
'F7240734FA7588^0'
'-31103EE98F678^-2'
'-C34FB53FB4FF48^-3'
'166E1B16079174^-2'
'1C0B44C0011506^0'
'394DC6801635AE^0'
'13D16FBFDB96A2^0'
'F7212E0033FB88^0'
'-311A469EA0DD1C^-2'
'-C0CF4CA4DD0DB8^-3'
'16F36E10C67BBB^-2'
'1C1FBA7FE21B3A^0'
'393DB00036A74A^0'
'143D2F40347883^0'
'F719D9FFD4FBB8^0'
'-31F41D6FA5CA76^-2'
'-B7242AF349E57^-3'
'1874AD00FD45B9^-2'
'1C36C57FE29F83^0'
'392EAE7FF7E06^0'
'14AB06002EAAE2^0'
'F71199FFDFB878^0'
'-323107D041659A^-2'
'-BF76CB16BA03A^-3'
'17787AB7F90EA^-2'
'1C3FD09D95C745^0'
'3927D8C350B0BA^0'
'14DA844A3C102C^0'
'F70E2A5D9902F8^0'
'-320C56FC7BB3A6^-2'
'-C0D3BF88B07968^-3'
'177878A400885^-2'
'124591B6082^B'
'124591D105E^B'
'124592110BA^B'
'1245925105DFFF^B'
'1245926CA7B^B'
'124591B6082^B'
'1^1'
'5^1'
END_ARRAY 1 43
TOTAL_ARRAYS 1
~NAIF/SPC BEGIN COMMENTS~
This CK is for testing with the image: /scratch/mex2020/H0010_0023_SR2.IMG.cub
This CK was generated using the following command: {}
~NAIF/SPC END COMMENTS~
| XC | 2 | ladoramkershner/ale | tests/pytests/data/H0010_0023_SR2/ATNM_MEASURED_040101_050101_V03_0_sliced_-41001.xc | [
"Unlicense"
] |
// Test for issue #57362, ensuring that the self ty is shown in cases of higher-ranked lifetimes
// conflicts: the `expected` and `found` trait refs would otherwise be printed the same, leading
// to confusing notes such as:
// = note: expected type `Trait`
// found type `Trait`
// extracted from a similar issue: #57642
trait X {
type G;
fn make_g() -> Self::G;
}
impl<'a> X for fn(&'a ()) {
type G = &'a ();
fn make_g() -> Self::G {
&()
}
}
fn g() {
let x = <fn (&())>::make_g(); //~ ERROR the function
}
fn main() {}
| Rust | 4 | mbc-git/rust | src/test/ui/issues/issue-57362-2.rs | [
"ECL-2.0",
"Apache-2.0",
"MIT-0",
"MIT"
] |
// Comment types:
// Single line comment
# Single line comment but using a pound/hash
/*
* Multi-line comments are also supported
*/
// Primitive types:
println("Integer: ", 4)
println("Float: ", 3.14)
println("Boolean: ", true)
println("String: ", "This is a string", 'This is so a string with single quotes')
println("Function: ", fn(x, y) { x + y; x * y; })
// Here we define the variable "hello" and assign it a fntion
let hello = fn(place) {
return "Hello, " + place
}
// Here we assign the output of calling hello()
let helloWorld = hello("World!")
// And constants
const helloWorld2 = hello("Mars!")
// The following code would fail since a constant can't be reassigned
// helloWorld2 = "Something else"
// Also, constants must be an int, float, string, bool or null. Arrays, hashmaps or
// other types aren't allowed as constants.
/*
* Nitrogen features many builtin fntions that are implemented directly in the
* interpreter. These fntions generally deal with any type of I/O or
* manipulation operations.
*/
// "println" will print all arguments with a newline after each
// The similarly named fntion "print" will print all arguments without a newline.
println(helloWorld)
println(hello2("Earth!"))
println(helloWorld2)
/*
* Nitrogen supports simple if statements
*
* Like many scripting languages, the following are considered true:
* TRUE
* Integer or floats not equal to 0
* Non-empty strings
*
* All other values are considered false.
*
* Compound logical expressions can be evalualted using "and" and "or"
*
* If statements will short circuit when possible, so below will evaluate properly
* even though somethingElse isn't defined anywhere.
*/
if helloWorld == "Hello, World!" and true or somethingElse {
println("Yep, that's right")
} else {
println("That's not right...")
}
// Arrays may be arbitrarily long and contain any variable type
let places = ["America", "Africa", "Europe"]
// Like any proper language, Nitrogen is zero-based
println(hello(places[1])) // Africa
// Hash maps are also supported. Keys can be either strings or ints.
// Values can be of any type.
let placeMap = {
"America": ["USA", "Canada", "Mexico"],
"Europe": ["Germany", "France", "Spain"], // Comma required due to automatic semicolon insertion
}
println(placeMap["Europe"])
// Standard library manipulation fntions do not alter the actual array
// The push below does not alter the array, but rather returns a new array
// with the elements pf placeMap["Europe"] plus the new element "Denmark".
println(push(placeMap["Europe"], "Denmark"))
// Map keys and array indices can be reassigned
placeMap["Europe"] = push(placeMap["Europe"], "Norway")
println(placeMap["Europe"])
// We can add new values to a map
placeMap["Africa"] = ["Egypt", "South Africa", "Madagascar"]
println(placeMap["Africa"])
placeMap["Africa"][1] = "Ethiopia"
println(placeMap["Africa"])
println(placeMap)
// And nil (null) for all your null needs
let thisIsNull = nil
println(thisIsNull)
// Functions can take more arguments than declared, this can be used for optional args
const extra = fn(a) {
// The local variable "arguments" is an array that contains all parameters after those
// that were declared. So here, "arguments[0]" will be the SECOND parameter given since
// the first paramter is bound to "a".
println(arguments)
}
extra(1, 2)
// Simple loops are also possible. An infinite loop can be achieved by omitting the loop header
for i = 0; i < 5; i + 1 {
println(i)
}
| Inform 7 | 5 | lfkeitel/nitrogen | examples/kitchen-sink.ni | [
"BSD-3-Clause"
] |
<svg xmlns="http://www.w3.org/2000/svg" data-name="Layer 1" viewBox="0 0 990 990"><path fill="#6f7b81" d="M0 990V0h990v990zm186.19-804.47V803h312V314.29H680v488.8h123.78V185.53z"/><path fill="transparent" d="M186.19 185.53h617.6v617.56H680v-488.8H498.17V803h-312z"/></svg> | SVG | 0 | jdelStrother/prettier | website/static/images/npm_grey.svg | [
"MIT"
] |
library ieee ;
context ieee.ieee_std_context;
use work.components.all;
entity top is
port (
pin1: out std_logic
);
attribute LOC: string;
attribute LOC of pin1: signal is "13";
end;
architecture arch of top is
signal clk: std_logic;
signal led_timer: unsigned(23 downto 0) := (others=>'0');
begin
internal_oscillator_inst: OSCH
generic map (
NOM_FREQ => "16.63"
)
port map (
STDBY => '0',
OSC => clk
);
process(clk)
begin
if rising_edge(clk) then
led_timer <= led_timer + 1;
end if;
end process;
pin1 <= led_timer(led_timer'left);
end;
| VHDL | 4 | antmicro/nextpnr | machxo2/examples/tinyfpga.vhd | [
"0BSD"
] |
# Read the standard input and only shows dots in the output, filtering out
# all the other characters. Designed to avoid bufferization so that when
# we get the output of redis-trib and want to show just the dots, we'll see
# the dots as soon as redis-trib will output them.
fconfigure stdin -buffering none
while 1 {
set c [read stdin 1]
if {$c eq {}} {
exit 0; # EOF
} elseif {$c eq {.}} {
puts -nonewline .
flush stdout
}
}
| Tcl | 3 | tomliugen/tomliugen-redis-3.2.2-rc | tests/cluster/tests/helpers/onlydots.tcl | [
"BSD-3-Clause"
] |
'use strict'
define ['immutable', './editor', './editorSupport'], (immutable, Editor, Support)->
{
Map
} = window.Immutable = immutable
{
DataStore
preserveSelection
} = Editor
{
OrgData
} = Support
`HamtOrgData` uses a HAMT for blocks instead of a regular JS object,
to make it easier to handle merges.
class HamtOrgData extends OrgData
constructor: ->
super()
@blocks = new Map()
@namedBlocks = new Map()
snapshot: ->
data = new HamtOrgData()
data.installSnapshot this
data
installSnapshot: (data)->
@blocks = data.blocks
@blockIndex = data.blockIndex
@namedBlocks = data.namedBlocks
getFirst: -> getFirst @blocks
setFirst: (firstId)-> @blocks = setFirst @blocks, firstId
getBlock: (id, changes)->
if typeof id != 'string' then id else changes?.sets[id] ? @blocks.get id
setBlock: (id, block)->
@makeChanges =>
@runFilters @getBlock(id), block
@blocks = @blocks.set id, block
@indexBlock block
deleteBlock: (id)->
@makeChanges =>
@runFilters @getBlock(id), null
@blocks = @blocks.delete id
@unindexBlock id
getNamedBlockId: (name)-> @namedBlocks.get name
setBlockName: (name, blockId)-> @namedBlocks = @namedBlocks.set name, blockId
deleteBlockName: (name)-> @namedBlocks = @namedBlocks.delete name
load: (first, newBlocks)->
@makeChanges =>
super first, setFirst((new Map newBlocks), first),
sets: newBlocks
oldBlocks: {}
first: first
makeChange: (change)->
ch = super change
ch.origin = change.origin
ch
getFirst = (blocks)-> blocks.get 'FIRST'
setFirst = (blocks, firstId)-> blocks.set 'FIRST', firstId
{
HamtOrgData
}
| Literate CoffeeScript | 4 | zot/Leisure | src/hamtData.litcoffee | [
"Zlib"
] |
/* 32 lines 21 code 5 comments 6 blanks */
#include <metal_stdlib>
// comment
struct Uniforms {
float2 extent;
};
struct VertexIn {
float2 position [[attribute(0)]];
};
struct VertexOut {
float2 position [[position]];
};
/*
multi-line comment
*/
vertex VertexOut vs_main(
VertexIn in [[stage_in]]
) {
VertexOut out;
return out;
}
fragment float4 fs_main(
VertexOut in [[stage_in]]
) {
return float4(0.0);
}
| Metal | 4 | Redfire75369/tokei | tests/data/metal.metal | [
"Apache-2.0",
"MIT"
] |
[Desktop Entry]
Name=Julia
Comment=High-level, high-performance dynamic language for technical computing
Exec=julia
Icon=julia
Terminal=true
Type=Application
Categories=Development;ComputerScience;Building;Science;Math;NumericalAnalysis;ParallelComputing;DataVisualization;ConsoleOnly;
| desktop | 2 | greimel/julia | contrib/julia.desktop | [
"Zlib"
] |
/* Typography */
body {
line-height: 1.333333333;
}
body {
font-size: 17px;
line-height: 1.3;
}
@media (min-width: 740px) {
body {
font-size: 18px;
}
}
a {
color: inherit;
text-decoration: none;
}
a:hover {
text-decoration: underline;
}
a:visited {
color: inherit;
}
.primary,
a.primary {
color: #F64E4D;
}
.arrow {
position: relative;
display: inline-block;
transition: transform .25s ease;
}
.arrow:before {
pointer-events: none;
content: "→";
opacity: 0;
position: absolute;
top: 0;
left: 0;
display: block;
transform: translateX(-1.5em) translateZ(0);
transition: transform .25s ease, opacity .25s ease;
}
a:hover .arrow,
.arrow:hover {
transform: translateX(1em) translateZ(0);
}
a:hover .arrow:before,
.arrow:hover:before {
transform: translateX(-1em) translateZ(0);
opacity: 1;
}
/* Layout */
.section {
display: flex;
width: 100%;
}
.inverted-section {
background-color: #F6F4F2;
color: #2E2C2C;
}
.grid-container {
display: flex;
flex-direction: column;
grid-column-gap: 16px;
grid-row-gap: 0px;
width: 100%;
max-width: 1198px;
margin-left: auto;
margin-right: auto;
padding-left: 24px;
padding-right: 24px;
}
@media (min-width: 500px) {
.grid-container {
grid-column-gap: 24px;
padding-left: 24px;
padding-right: 24px;
}
}
@media (min-width: 740px) {
.grid-container {
display: grid;
grid-template-columns: repeat(12, 1fr);
grid-column-gap: 48px;
padding-left: 48px;
padding-right: 48px;
}
}
/* Header */
.header {
margin-top: 16px;
}
.nav-bar-content {
display: flex;
flex-shrink: 0;
grid-column: 1/13;
justify-content: space-between;
flex-direction: row;
align-items: center;
}
.header .nav-bar-content {
height: 48px;
}
.nav-bar {
display: flex;
justify-content: flex-end;
}
.nav-bar a {
display: inline-flex;
align-items: center;
font-size: 16px;
font-weight: 600;
line-height: 1;
}
a.main-cta {
color: #2E2C2C;
display: inline-flex;
align-items: baseline;
height: 32px;
padding-left: 12px;
padding-right: 12px;
border-radius: 16px;
line-height: 2;
background-color: #F64E4D;
transition: transform .25s ease;
}
.nav-bar a:not(:first-child) {
margin-left: 12px;
}
.nav-bar .nav-link {
display: none;
}
@media (min-width: 600px) {
.nav-bar .nav-link {
display: inline-flex;
}
}
a.main-cta:hover {
transform: scale(1.08);
text-decoration: none;
}
/* Logo */
.main-logo {
position: relative;
display: flex;
flex-direction: column;
width: 100px;
height: 12px;
}
.logo-animation-wrapper {
position: relative;
width: 100%;
padding-bottom: 13%;
}
.logo-animation {
pointer-events: none;
overflow: visible;
display: flex;
flex-shrink: 0;
flex-direction: column;
justify-content: center;
align-items: center;
position: absolute;
top: 50%;
left: 50%;
width: 1000px;
height: 240px;
margin: -120px 0 0 -500px;
transform: scale(.633333);
}
.anime-logo {
overflow: visible;
position: relative;
display: flex;
flex-direction: column;
width: 1000px;
height: 120px;
}
.anime-logo-signs {
overflow: visible;
display: flex;
align-items: flex-end;
position: relative;
width: 100%;
height: 512px;
margin-top: -352px;
}
.logo-letter {
display: flex;
align-items: flex-end;
overflow: hidden;
height: 100%;
}
.bounced {
transform-origin: 50% 100% 0px;
transform: translateY(200px) scaleX(.55) scaleY(.8);
}
.logo-animation .bounce {
overflow: visible;
position: absolute;
left: 0;
bottom: 70px;
/*stroke: red;*/
}
.logo-animation .dot {
opacity: 0.001;
position: absolute;
z-index: 10;
top: 0;
left: 0;
width: 40px;
height: 40px;
margin: -20px 0 0 -20px;
background-color: currentColor;
transform: translate3d(0,0,0);
}
.logo-animation .logo-letter svg {
overflow: visible;
fill: none;
fill-rule: evenodd;
}
.logo-animation .line {
fill: none;
fill-rule: evenodd;
stroke-linecap: square;
stroke-width: 40;
stroke: currentColor;
}
.logo-animation .fill {
opacity: .001;
stroke: currentColor;
stroke-width: 40px;
}
.logo-text {
opacity: .001;
margin-top: .25em;
font-weight: 400;
font-size: 11px;
line-height: 1;
letter-spacing: .125em;
text-align: justify;
word-break: keep-all;
}
.logo-text:after {
content: "";
display: inline-block;
width: 100%;
height: 0;
font-size: 0;
line-height: 0;
}
/* Features */
.feature-section {
overflow: hidden;
display: flex;
flex-direction: column;
align-items: center;
padding-top: 96px;
padding-bottom: 96px;
transition: opacity .25s ease;
}
@media (min-width: 740px) {
.feature-section {
padding-top: 112px;
padding-bottom: 112px;
}
}
.feature-description {
grid-column: 1/13;
z-index: 1;
}
.feature-description:not(:last-child) {
margin-bottom: 48px;
}
.feature-description-icons {
margin-bottom: 32px;
width: 100%;
max-width: 350px;
}
@media (min-width: 740px) {
.feature-description-grid {
position: relative;
display: flex;
flex-direction: row;
flex-wrap: wrap;
justify-content: space-between;
}
.feature-description-icons {
width: 50%;
margin-bottom: 0;
padding-right: 48px;
}
.feature-description-text {
display: flex;
flex-direction: column;
justify-content: space-between;
position: relative;
width: 50%;
padding-left: 48px;
}
.feature-description-text:before {
content: "";
opacity: .5;
position: absolute;
top: 4px;
left: 0;
bottom: 2px;
display: block;
border-left: 1px solid currentColor;
}
}
.feature-title {
font-size: 40px;
line-height: 1;
letter-spacing: -.025em;
}
.feature-subtitle {
opacity: .7;
font-size: 24px;
line-height: 1;
letter-spacing: -.025em;
}
.feature-title:not(:last-child) {
margin-bottom: 8px;
}
.feature-paragraph:not(:last-child) {
margin-bottom: 24px;
}
@media (min-width: 740px) {
.feature-description-grid .feature-description {
width: calc(50% - 16px);
}
.feature-description:not(:last-child) {
margin-bottom: 96px;
}
.feature-title {
font-size: 64px;
}
.feature-subtitle {
font-size: 32px;
}
.feature-title:not(:last-child) {
margin-bottom: 8px;
}
.feature-paragraph:not(:last-child) {
margin-bottom: 24px;
}
}
@media (min-width: 1024px) {
.feature-description {
grid-column: 3/11;
}
}
.feature-animation {
grid-column: 1/13;
position: relative;
width: 100%;
margin-left: auto;
margin-right: auto;
margin-bottom: 48px;
padding-bottom: 50%;
}
.square-animation {
margin-top: -20px;
margin-bottom: 20px;
padding-bottom: 100%;
}
@media (min-width: 740px) {
.feature-animation {
padding-bottom: 50%;
margin-bottom: 96px;
}
.square-animation {
margin-top: -70px;
margin-bottom: 20px;
padding-bottom: 100%;
}
}
@media (min-width: 1024px) {
.feature-animation {
grid-column: 2/12;
}
.large-grid .feature-animation {
grid-column: 1/13;
}
}
.feature-icons-container {
display: flex;
flex-wrap: wrap;
}
.feature-icon img {
width: 48px;
height: 48px;
transition: transform .65s ease;
}
a.feature-icon:hover img {
transform: translateY(-8px);
transition: transform .225s ease;
}
.feature-caption {
font-family: "InputMono", "Courier New", Courier, monospace;
font-weight: bold;
font-size: 12px;
}
.vertical-icons .feature-icon {
display: flex;
align-items: center;
width: 50%;
margin-left: -6px;
}
.horizontal-icons {
justify-content: space-between;
}
.horizontal-icons .feature-icon {
display: flex;
flex-direction: column;
justify-content: center;
align-items: center;
}
.horizontal-icons .feature-icon:not(:first-child) {
margin-left: 16px;
}
.horizontal-icons figcaption {
text-align: center;
}
/** Intro **/
.top-header a,
.secondary-menu a,
.section-intro .feature-description-text {
opacity: .001;
}
.section-intro {
padding-top: 48px;
}
@media (min-width: 500px) {
.section-intro {
padding-top: 80px;
}
}
.easing-visualizer {
position: absolute;
top: 50%;
left: 50%;
display: flex;
align-items: center;
justify-content: space-between;
width: 910px;
height: 455px;
margin: -227px 0 0 -455px;
}
.easing-visualizer .wrapper {
position: absolute;
bottom: 0;
display: flex;
align-items: center;
/*justify-content: space-between;*/
width: 100%;
height: 100%;
}
.bars-wrapper,
.dots-wrapper {
transform: translateZ(0);
}
.easing-visualizer .bar {
width: 10px;
height: 10px;
margin: 0;
background-image: linear-gradient(180deg, #373734 0%, #242423 52%, #0D0D0C 100%);
transform: scale(0);
transform-origin: 50% 50%;
}
.easing-visualizer .dot {
position: relative;
width: 10px;
height: 10px;
margin: 0;
background-color: currentColor;
transform: scale(0);
border-radius: 50%;
}
/** Staggering **/
.section-feature-staggering .feature-animation {
margin-top: -16px;
padding-bottom: calc(50% - 16px);
}
@media (min-width: 740px) {
.section-feature-staggering .feature-animation {
margin-top: -32px;
padding-bottom: calc(50% - 16px);
}
}
.stagger-visualizer {
position: absolute;
width: 1100px;
height: 550px;
transform-origin: left top;
}
.stagger-visualizer .dots-wrapper {
transform: translateZ(0);
position: absolute;
top: 0;
left: 0;
width: 100%;
height: 100%;
display: flex;
flex-wrap: wrap;
justify-content: center;
align-items: center;
}
.stagger-visualizer .dot {
position: relative;
z-index: 1;
width: 23px;
height: 23px;
margin: 16px;
background-color: currentColor;
border-radius: 50%;
}
@media (min-width: 740px) {
.stagger-visualizer .dot {
background-color: transparent;
background-image: linear-gradient(180deg, #FFFFFF 8%, #D3CDC6 100%);
}
}
.stagger-visualizer .cursor {
position: absolute;
top: 0px;
left: 0px;
width: 37px;
height: 37px;
margin: 9px;
background-color: currentColor;
border-radius: 50%;
}
/** Time control **/
.section-feature-control {
overflow-x: hidden;
}
.section-feature-control .feature-animation {
height: 410px;
margin-bottom: 16px;
padding: 0px;
}
.time-control {
position: absolute;
left: 50%;
top: 50%;
display: flex;
flex-wrap: wrap;
justify-content: flex-end;
align-items: center;
width: 1082px;
height: 342px;
margin-left: -541px;
margin-top: -171px;
font-size: 18px;
}
.time-control .ruller {
position: absolute;
width: 100%;
top: 0;
display: flex;
justify-content: space-between;
padding: 0 1px;
}
.time-control .line {
width: 1px;
height: 12px;
background-color: currentColor;
}
.time-control .line:nth-child(9n+2) {
height: 20px;
}
.time-control .line:nth-child(90n+2) {
height: 32px;
}
.time-control .line:not(:last-child) {
margin-right: 3px;
}
.time-cursor {
position: absolute;
z-index: 2;
top: -29px;
left: -22px;
width: 48px;
height: 48px;
background-image: linear-gradient(-180deg, #FFFFFF 3%, #DBD6D0 100%);
border-radius: 50%;
cursor: grab;
}
.time-cursor:active {
cursor: grabbing;
}
.time-cursor input {
pointer-events: none;
position: relative;
z-index: 1;
width: 48px;
height: 48px;
color: currentColor;
font-weight: 600;
background-color: transparent;
border-radius: 50%;
text-align: center;
font-size: 15px;
transform: translateZ(0);
}
.time-cursor:before {
content: "";
position: absolute;
top: 53px;
left: 23px;
display: block;
width: 1px;
height: 250px;
background-color: #F64E4D;
}
.timeline {
position: relative;
width: 1082px;
z-index: 1;
overflow: visible;
display: flex;
justify-content: space-between;
height: 8px;
}
.animation {
position: relative;
overflow: visible;
display: flex;
}
.animation-band {
position: relative;
height: 16px;
margin: 0 1px;
border-radius: 8px;
}
.timeline-icon {
display: flex;
flex-direction: row;
align-items: center;
margin-bottom: 16px;
}
.section-feature-control .vertical-icons .timeline-icon {
margin-left: 0;
margin-right: 16px;
width: auto;
}
@media (min-width: 740px) {
.section-feature-control .vertical-icons {
display: flex;
flex-direction: column;
}
.section-feature-control .vertical-icons .timeline-icon {
margin-left: 0;
width: 100%;
}
}
.timeline-icon .animation-band {
width: 24px;
height: 24px;
border-radius: 12px;
margin-right: 8px;
}
.animation-delay {
background-color: currentColor;
width: 66px;
}
.animation-change {
background-image: linear-gradient(-180deg, #FFFFFF 3%, #DBD6D0 100%);
width: 207px;
}
.animation-end-delay {
background-color: #F64E4D;
width: 66px;
}
.info {
position: relative;
display: flex;
flex-direction: column;
width: 1px;
height: 48px;
}
.info:not(:first-child) {
margin-left: 2px;
}
.info:not(:last-child) {
margin-right: 2px;
}
.info + .info { margin-left: -3px; }
.info-large { height: 96px; }
.info-top {
bottom: 0;
justify-content: flex-start;
align-items: flex-end;
align-self: flex-end;
}
.info-bottom {
top: 8px;
justify-content: flex-end;
}
.info-bar {
position: absolute;
width: 1px;
height: 100%;
background-color: currentColor;
transform-origin: 50% 100%;
}
.info-top .info-bar { bottom: 0; }
.info-bottom .info-bar { top: 0; transform-origin: 50% 0%; }
.info-left .info-bar { left: 0; }
.info-right .info-bar { right: 0; }
.info .feature-caption {
opacity: .001;
white-space: nowrap;
height: 18px;
padding-left: 8px;
padding-right: 8px;
line-height: 18px;
}
.info-top .feature-caption {
margin: -4px 0 0;
}
.info-bottom .feature-caption {
margin: 0 0 -4px 0;
}
/** Layered Animation **/
.layered-animations {
position: absolute;
top: 50%;
left: 50%;
display: flex;
align-items: center;
justify-content: center;
width: 1100px;
height: 550px;
margin: -275px 0 0 -550px;
}
.layered-animations .shape {
position: absolute;
top: 50%;
overflow: visible;
width: 280px;
height: 280px;
margin-top: -140px;
stroke: transparent;
stroke-width: 1px;
fill: url(#shapesGradient);
}
@media (min-width: 740px) {
.layered-animations .shape {
stroke-width: .5px;
}
}
.layered-animations .small.shape {
width: 64px;
height: 64px;
margin-top: -32px;
stroke: currentColor;
fill: currentColor;
}
.layered-animations .x-small.shape {
width: 32px;
height: 32px;
margin-top: -16px;
stroke: currentColor;
fill: currentColor;
}
.transform-anim {
width: 100%;
height: 22px;
}
.transform-anim:not(:last-child) {
margin-bottom: 11px;
}
.transform-timeline {
width: 100%;
height: 2px;
margin-top: 7px;
background-color: rgba(255,255,255,.2);
}
.transform-progress {
width: 100%;
height: 2px;
background-color: currentColor;
}
/** Sphere **/
.sphere-animation {
position: absolute;
opacity: .001;
top: 50%;
left: 50%;
width: 580px;
height: 580px;
margin: -290px 0 0 -290px;
}
.sphere path {
/*opacity: .001;*/
fill: rgba(37,36,35,.5);
/*fill: linear-gradient(-180deg, #FFFFFF 0%, #F6F4F2 35%, #F6F4F2 69%, #DDDAD7 100%);*/
fill: url(#sphereGradient);
stroke-width: 1px;
stroke: #FF4847;
backface-visibility: hidden;
}
@media (min-width: 500px) {
.sphere path {
stroke-width: .4px;
}
}
/** Getting started **/
.getting-started-blocks {
flex-wrap: wrap;
grid-column: 1/13;
display: flex;
flex-direction: row;
justify-content: space-between;
width: 100%;
}
.getting-started-block {
width: calc(50% - 16px);
margin-bottom: 48px;
}
.getting-started-block:last-child {
display: none;
}
.getting-statred-main-link {
display: flex;
flex-direction: column;
font-weight: 600;
font-size: 18px;
}
.getting-statred-main-link span {
display: block;
margin-bottom: 24px;
}
.getting-started-image {
width: 100%;
height: auto;
margin-bottom: 24px;
}
@media (min-width: 400px) {
.getting-statred-main-link {
font-size: 24px;
}
}
@media (min-width: 600px) {
.getting-started-block {
width: calc(33.33% - 24px);
}
.getting-started-block:last-child {
display: block;
}
}
@media (min-width: 1024px) {
.getting-started-blocks {
grid-column: 2/12;
}
.getting-started-block {
width: calc(33.33% - 48px);
}
}
.getting-statred-main-link:hover .getting-started-image {
color: #F64E4D;
}
.getting-statred-main-link:hover,
.getting-statred-main-link:hover span.primary {
text-decoration: none;
}
.getting-statred-links li {
list-style: none;
line-height: 1.5;
}
/* Footer */
.footer {
padding-top: 16px;
margin-bottom: 32px;
}
.footer-block {
display: flex;
justify-content: space-between;
align-items: flex-start;
width: 100%;
margin-top: 16px;
margin-bottom: 4px;
}
.footer-text,
.footer-text a {
font-size: 12px;
font-weight: 400;
}
.footer-separator {
display: inline-block;
margin-left: 4px;
margin-right: 4px;
}
@media (min-width: 500px) {
.footer-block {
justify-content: flex-start;
margin-top: 4px;
margin-bottom: 16px;
}
.footer-text,
.footer-text a {
font-size: 14px;
}
} | CSS | 3 | HJ959/anime | documentation/assets/css/website.css | [
"MIT"
] |
BdataJ | PureBasic | 0 | pchandrasekaran1595/onnx | onnx/backend/test/data/node/test_gathernd_example_int32_batch_dim1/test_data_set_0/input_0.pb | [
"Apache-2.0"
] |
--
-- Copyright 2021 Apollo Authors
--
-- Licensed under the Apache License, Version 2.0 (the "License");
-- you may not use this file except in compliance with the License.
-- You may obtain a copy of the License at
--
-- http://www.apache.org/licenses/LICENSE-2.0
--
-- Unless required by applicable law or agreed to in writing, software
-- distributed under the License is distributed on an "AS IS" BASIS,
-- WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
-- See the License for the specific language governing permissions and
-- limitations under the License.
--
INSERT INTO `favorite` (`Id`, `UserId`, `AppId`, `Position`, `IsDeleted`, `DataChange_CreatedBy`, `DataChange_CreatedTime`, `DataChange_LastModifiedBy`, `DataChange_LastTime`)
VALUES
(18, 'apollo', 'test0621-03', 10000, 0, 'apollo', '2016-10-10 17:45:30', 'apollo', '2016-10-10 17:45:30'),
(19, 'apollo', '100003173', 9999, 0, 'apollo', '2016-10-10 17:45:42', 'apollo', '2016-10-10 17:51:12'),
(20, 'apollo', 'test0621-01', 10000, 00000000, 'apollo', '2016-10-10 17:50:57', 'apollo', '2016-10-10 17:50:57'),
(21, 'apollo', 'test0621-04', 10000, 00000000, 'apollo', '2016-10-10 17:55:03', 'apollo', '2016-10-10 17:55:03'),
(22, 'apollo2', 'test0621-04', 10000, 00000000, 'apollo', '2016-10-10 17:55:21', 'apollo', '2016-10-10 17:55:21'),
(23, 'apollo3', 'test0621-04', 10000, 00000000, 'apollo', '2016-10-10 17:55:21', 'apollo', '2016-10-10 17:55:21');
| SQL | 2 | sig-user/apollo | apollo-portal/src/test/resources/sql/favorites/favorites.sql | [
"Apache-2.0"
] |
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